Symposium Topics and Organizers - Electrochem

34 Meeting Program = PRiME 2012 = October 7-12, 2012 = Honolulu, Hawaii

Symposium Topics and OrganizersA —General Topics & Tutorials

A0 —SpecialLectures–EdwardGoodrichAchesonAwardandCharlesW.TobiasYoungInvestigatorAwardPresentations

A1 —GeneralStudentPosterSession(V. Subramanian, V. Chaitanya, M. P. Foley, Y. Katayama, and K. B. Sundaram)

A2 —NanotechnologyGeneralSession(O. M. Leonte, F. Chen, J. Chen, N. Kobayashi, and W. E. Mustain)

A3 —ContemporaryIssuesandCaseStudiesinElectrochemicalInnovation(E. J. Taylor, C. Bock, M. Inman, and K. Malek)

B —Batteries, Fuel Cells, and Energy Conversion

B1 —BatteriesandEnergyTechnologyJointGeneralSession-InHonorofJamesMcBreen(A. Manivannan, H. Arai, Y. Guo, P. N. Kumta, A. Manthiram, M. Minakshi, S. Mukerjee, S. Narayan and, Y. Sun)

B2 —ElectrochemicalCapacitors(J. W. Long, D. Bélanger, T. Brousse, C. Hu, K. Kim, J. Ko, P. J. Kulesza, M. Morita, K. Naoi, P. Simon, W. Sugimoto, and Y. Xia)

B3 —GrandChallengesforEnergyConversionandLargeScaleEnergyStorage(T. Nguyen, B. Liaw, R. Savinell, X. Zhou, and Y. Katayama)

B4 —IntercalationCompoundsforRechargeableBatteries(S. Meng, C. M. Julien, R. Kanno, A. Manthiram, A. Yamada, W. Yoon, and K. Zaghib)

B5 —InterfacesandInterphasesinBatterySystems(R. M. Kostecki, T. Abe, and B. Liaw)SC

B6 —Lithium-IonBatteries(M. C. Smart, R. Bugga, D. Doughty, M. Inaba, Y. Kim, K. Tatsumi, and J. Zhao)

B7 —Metal-AirBatteries(J. Xiao, N. Imanishi, Y. Shao-Horn, V. Thangadurai, and Y. Xing)

B8 —Non-AqueousElectrolytesforLithiumBatteries(M. Ue, W. A. Henderson, M. Ishikawa, T. Jow, B. L. Lucht, and P. Trulove)

B9 —PolymerElectrolyteFuelCells12(PEFC12)(H. A. Gasteiger, W. Adam, F. Büchi, E. Cho, C. Coutanceau, M. Edmundson, T. F. Fuller, D. C. Hansen, D. J. Jones, R. A. Mantz, S. Mitsushima, H. Nakagawa, S. Narayanan, V. Ramani, T. J. Schmidt, K. Shinohara, P. Shirvanian, P. Strasser, K. Swider-Lyons, Y. Tak, H. Uchida, W. Xing, and L. Zhung)

B10—RenewableFuelsfromSunlightandElectricity(N. Wu, W. Chiu, D. Chu, H. Dinh, K. Domen, P. J. Kulesza, J. Lee, A. Manivannan, S. Narayan, R. Subramanian, H. Wang, X. Zhou, and Z. Zou)

B11—SodiumBatteries(C. S. Johnson, M. Doeff, J. W. Fergus, D. B. Hall, R. Kanno, and S. Okada)

B12—SolidStateIonicDevices9-IonConductingThinFilmsandMultilayers(E. D. Wachsman, J. A. Kilner, E. Traversa, and S. Yamaguchi)

C —BiomedicalApplicationsandOrganicElectrochemistry

C1 —OrganicandBiologicalElectrochemistryGeneralPosterSession(A. J. Fry)

C2 —BioengineeringBasedonElectrochemistry(K. Sode, A. Simonian, and E. Tamiya)

C4 —NewSyntheticandMechanisticApproachestoMolecularElectroorganicChemistry(S. Nishiyama, A. Atobe, and A. J. Fry)

D —Corrosion,Passivation,andAnodicFilms

D1 —CorrosionGeneralPosterSession(S. Fujimoto)

D2 —MaterialsDegradationinEnergySystems:CorrosionandHydrogen-MaterialInteractions(N. Missert, S. Fujimoto, K. R. Hebert, R. Lillard, J. P. Meyers, A. Nishikata, J. J. Noël, and J. R. Scully)

D3 —Corrosion,Passivity,andEnergy:ASymposiuminHonorofDigbyMacdonald(M. Urquidi-McDonald, T. Haruna, and C. D. Taylor)

D4 —HighResolutionCharacterizationofCorrosionProcesses3 (K. R. Zavadil, K. Azumi, and P. Schmutz)

D5 —HighTemperatureCorrosionMaterialsChemistry10(E. J. Opila, J. W. Fergus, P. Gannon, D. Helmick, T. Markus, T. Maruyama, P. J. Masset, D. Shifler, E. Wuchina, and S. Yamaguchi)

D6 —LightAlloys4(S. Virtanen, R. Buchheit, S. Hiromoto, Y. Kojima, and B. Shaw)

D7 —PitsandPores5:ASymposiuminHonorofDavidLockwood(R. Boukherroub, P. Granitzer, H. Masuda, and P. Schmuki)

E —DielectricandSemiconductorMaterials,Devices,andProcessing

E1 —SolidStateTopicsGeneralSession(R. Todi, N. Ichinose, H. Iwai, O. M. Leonte, K. Shimamura, K. B. Sundaram, and X. Wang)

E2 —AtomicLayerDepositionApplications8(J. W. Elam, S. Bent, S. De Gendt, A. Delabie, A. Londergan, F. Roozeboom, and O. Van der Straten) SC

E3 —ChemicalMechanicalPolishing12(R. Rhoades, I. Ali, G. Banerjee, B. Basim, L. Economikos, D. Huang, and Y. Obeng)

E4 —GalliumNitrideandSiliconCarbidePowerTechnologies2(K. Shenai, M. Bakowski, M. Dudley, R. Garg, and N. Ohtani)

E5 —DielectricMaterialsandMetalsforNanoelectronicsandPhotonics10(S. Kar, M. Houssa, K. Kita, D. Misra, and S. Van Elschocht)

E6 —HighPuritySilicon12(E. Simoen, C. Claeys, R. Falster, C. Mazure, and P. Stallhofer)

E7 —Low-DimensionalNanoscaleElectronicandPhotonicDevices5(L. Chou, M. T. Carter, S. Jin, M. Jo, and M. Suzuki)

E8 —ProcessingMaterialsof3DInterconnects,DamasceneandElectronicsPackaging4(K. Kondo, R. Akolkar, D. Barkey, M. Hayase, M. Koyanagi, S. Mathad, P. Ramm, F. Roozeboom, and S. Shingubara)

E9 —FundamentalsandApplicationsofMicrofluidicandNanofludicDevices(H. Baumgart, A. Beskok, J. Hsu, S. Joo, S. Qian, and A. Sharma)

E10—MorethanMoore(Y. Obeng, G. Banerjee, S. Datta, P. J. Hesketh, T. Hiramoto, A. Ionescu, and P. Srinivasan)SC

E11—NonvolatileMemories(S. Shingubara, H. Akinaga, Z. Karim, K. Kobayashi, Y. Suzuki, and N. Takaura)

E12—Photovoltaicsforthe21stCentury8(M. K. Sunkara, C. Claeys, L. Deligianni, T. Druffel, T. Miyasaka, J. Park, K. Rajeshwar, and M. Tao)

E13—PlasmaProcessing19(S. Mathad, M. Engelhardt, D. Hess, and O. M. Leonte)

E14—SemiconductorWaferBonding12:Science,Technology,andApplications(M. Goorsky, H. Baumgart, C. Colinge, K. Hobart, R. Knechtel, H. Moriceau, and T. Suga)

E15—State-of-the-ArtProgramonCompoundSemiconductors54(SOTAPOCS54)(P. C. Chang, L. Chou, J. He, J. LaRoche, K. C. Mishra, and M. Overberg)

E16—ThinFilmTransistors11(TFT11)(Y. Kuo, O. Bonnaud, H. Hamada, J. Jang, W. Milne, and M. Shur)

E17—SiGe,Ge,andRelatedCompounds:Materials,Processing,andDevices5(D. Harame, J. Boquet, M. Caymax, T. Krishnamohan, G. Masini, S. Miyazaki, G. Niu, A. Reznicek, B. Tillack, B. Vincent, and Y. Yeo)

F —Electrochemical/ChemicalDepositionandEtching

F1 —Bio-EnabledMaterials,Processes,andDevices(J. N. Harb, Z. Aguilar, N. Myung, D. Schwartz, and S. Yoshihara)

F2 —ElectrodepositionGeneralSession:FundamentalsandNewMaterials-DieterM.KolbMemorialSymposium(R. Alkire, T. Homma, L. A. Kibler, and K. Uosaka)

F3 —ElectrolessDeposition:Principles,Activation,andApplications2(S. Djokic, W. Cai, T. Homma, L. Magagnin, M. Ryan, J. Stickney, and G. Zangari)

F4 —EmergingMaterialsandProcessesforEnergyConversionandStorage(L. Deligianni, C. Chan, Y. Fukunaka, Q. Huang, K. Kanamura, E. Podlaha, and J. B. Talbot)

F5 —MagneticMaterialsandDevices12(C. Bonhote, T. Akasaka, S. Brankovic, M. T. Carter, H. Gatzen, P. J. Hesketh, Y. Kitamoto, T. Osaka, W. Schwarzacher, and G. Zangari)

G —ElectrochemicalSynthesisandEngineering

G2 —SynthesisandEngineeringGeneralSession(M. Sudoh and V. Ramani)

H —Fullerenes,Nanotubes,andCarbonNanostructures

H1 —CarbonNanotubesandGraphene:FromFundamentalPropertiesandProcessestoApplicationsandDevices(D. M. Guldi, T. Akasaka, M. T. Carter, F. D’Souza, S. De Gendt, S. Fukuzumi, H. Klauk, Z. Liu, R. Weisman, K. Worhoff, and K. Zaghib)

I —PhysicalandAnalyticalElectrochemistry

I1 —PhysicalandAnalyticalElectrochemistryGeneralSession(R. A. Mantz, S. Chen and T. Chung)

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Meeting Program = PRiME 2012 = October 7-12, 2012 = Honolulu, Hawaii 35

Tanaka Kikinzoku Kogyo K.K.Booth 214Yoshikazu [email protected], Shinmachi, Hiratsuka,Kanagawa 254-0076 +81.463.35.5170Japan www.takaka.co.jp

Tanaka Kikinzoku Group has contributed to the society through the continuous pursuit of the inherent possibilities of precious metals for over 120 years. Our activities are sales of Precious Metals (Platinum, Gold, Silver, and others). We also manufacture sales of Industrial Precious Metal Products.

Toshima Manufacturing Co., Ltd.Booth 112Tetsuo [email protected] ShimonomotoHioashimatsuyama-Shi, Saitama, 355-0036 1.81.493.24.6774Japan www.material-sys.com

Toshima Manufacturing Co., Ltd. is the manufacture of sputtering target, powder, solution for several categories of electron field, such as battery & energy, optoelectronics, superconductor. We always challenge in providing new type material and believe it makes you satisfactory.

Tosoh CorporationBooth 207Eiichi [email protected], Shiba Minato-kuToyko, 105-8623 1.81.3.5427.5172Japan www.tosoh.com

Tosoh Corporation is a diversified global chemical company with a strong reputation in a basic chemicals, petrochemicals, and specialty products such as Electrolytic Manganese Dioxide. Since 1935, Toso has expanded into a high-value added business including organic chemicals and advanced electrochemical materials.

ULVAC Technologies, Inc.Booth 116Evan [email protected] Griffin Brook DriveMethuen, Massachusetts, 01844 1.978.686.7550United States www.ulvac.com

ULVAC–Manufactures nanoparticle deposition equipment that coats nanoparticles onto micron size powder substrates for fuel cell electrodes, exhaust gas catalysts and battery research. The APD Arc Plasma Deposition system produces uniform size-controlled nanoparticles from 2 to 9nm in diameter range. Dense ultra thin films can also be produced.

Technical Exhibit(continued from page 33) Symposium Topics and Organizers

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I2 —BioelectroanalysisandBioelectrocatalysis(S. Minteer, L. Mao, N. Nakamura and K. Sode)

I3 —MoltenSaltsandIonicLiquids18(W. M. Reichert, A. Bund, H. De Long, D. M. Fox, A. Ispas, R. A. Mantz, M. Mizuhata and P. Trulove)

I4 —Electrocatalysis6(G. Brisard, N. Hoshi, T. Ohsaka, V. Ramani, P. Shen and A. Wieckowski)

I5 —ElectrochemicalAtomicLayerEpitaxyandQuantumConfinement(N. Dimitrov and J. Stickney)

J —SensorsandDisplays:Principles,Materials,andProcessing

J1 —ChemicalSensors10-ChemicalandBiologicalSensorsandAnalyticalSystems(A. Simonian, Z. Aguilar, M. T. Carter, B. Chin, G. Hunter, N. Miura, L. Nagahara, M. J. Sailor, Y. Shimizu and S. Uchiyama)

J2 —LuminescenceandDisplayMaterials:FundamentalsandApplications(J. Collins, B. Di Bartolo, U. O. Happek, C. Hunt, T. Isobe, T. Kusunoki, D. J. Lockwood, K. C. Mishra, A. Setlur and A. Srivastava)

J3 —MaterialsforSolidStateLighting(A. Setlur, J. Collins, N. Mastsuda, K. C. Mishra and K. Ueda)

J4 —MicrofabricatedandNanofabricatedSystemsforMEMS/NEMS10(P. J. Hesketh, G. Hunter, A. Londergan, P. Srinivasan, K. B. Sundaram, O. Tabata, P. Vanysek, N. Wu and X. Yang)

AUDIO-VISUAL RECORDING OR PHOTOGRAPHY IS STRICTLY PROHIBITED WITHOUT CONSENT OF THE PRESENTER/SPEAKER. Anyone recording any meeting activity, without proper authorization and credentials on-hand, by any electronic means or similar reproduction methods, will be required to leave; any registration and/or event fees that had been paid will be forfeited and individual(s) will not be permitted to attend future ECS meetings.


Technical Sessions

Sunday, October 708:30h ShortCourses

15:00h ProfessionalDevelopmentSeries:LearntoBrag…theRightWay

16:15h ProfessionalDevelopmentSeries:Resume/On-LineProfileWritingandStrategiesforCultivatingandMaintainingProfessionalContacts

17:30h SundayEveningGet-Together

17:30h PRiME2012StudentMixer(invitationonly;contactsponsorship@electrochemorgfordetails)

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B9Polymer Electrolyte Fuel Cells 12 (PEFC 12)EnergyTechnology/Corrosion/PhysicalandAnalyticalElectrochemistry/Battery/IndustrialElectrochemistryandElectrochemicalEngineeringTapa 2, Tapa Conference Center, Hilton Hawaiian Village

D-0.1 Pt Catalysts on New Carbon Supports – 10:00 – 12:00Co-Chairs: Peter Pintauro and Akari Hayashi

10:00 1260 DevelopmentofPEFCswithNanostructurallyControlledElectrocatalysts–A.HayashiandK.Sasaki(KyushuUniversity)

10:20 1261 GraphitizedAerogelSupportedPEMFCcatalystsforOxygenReductionReaction–P.Kolla,Y.Normah,K.Kerce,andA.Smirnova(SDSM&T)

10:40 1262 InfluenceofChemistryandStructureontheORRActivityofPtSupportedonN-DopedMesoporousCarbon–S.Shrestha,S.Ashegi,J.Timbro,andW.E.Mustain(UniversityofConnecticut)

11:00 1263 LowPt-LoadedNanofiberElectrodesforHydrogen/AirFuelCells–M.BrodtandP.Pintauro(VanderbiltUniversity)

11:20 1264 Electrospinning:APromisingPathwayintheDesignofCarbonNanotubes-BasedElectrodesforHydrogenFuelCells–S.ZilsandM.Michel(CRPHenriTudor)

11:40 1265 DurabilityoftheElectrocatalystFabricatedbasedonCarbonNanotubes–T.Fujigaya,B.Mohamad,andN.Nakashima(KyushuUniversity)

D-0.2 Pt-Based Cathode Catalyst Layers – 14:00 – 16:40Co-Chairs: Shyam Kocha and Hiroyuki Uchida

14:00 1266 CathodeThicknessDependencyofOxygenReductionRateinPEFC–M.Kawase,S.Chin,G.Inoue,K.Sato,andM.Kageyama(KyotoUniversity)

14:20 1267 InvestigationofSolventEffectsonDispersionofCarbonAgglomeratesandNafionIonomerParticlesinCatalystInksUsingUltraSmallAngleX-RayScatteringandCryo-TEM–L.Sun(1DepartmentofMechanicalEngineering,PurdueSchoolofEngineeringandTechnology,IndianaUniversity-PurdueUniversityIndianapolis(IUPUI)),H.Zhang,L.Stanciu(WeldonSchoolofBiomedicalEngineeringandSchoolofMaterialsEngineering),J.Ilavsky(ArgonneNationalLaboratory),andJ.Xie(IndianaUniversityPurdueUniversityIndianapolis)

14:40 1268 StructuralControlandEvaluationofPEMFCCatalystLayersbyBlendingPlatinum-Supported/Stand-AloneCarbonBlack–T.Suzuki,S.Tsushima,andS.Hirai(TokyoInstituteofTechnology)

15:00 1269 InfluenceofNafionontheElectrochemicalActivityofPt-basedElectrocatalysts–S.S.Kocha,J.W.Zack,K.Neyerlin,andB.S.Pivovar(NationalRenewableEnergyLaboratory)

15:20 1270 AnalysisofOxygenTransportResistanceofNafionThinFilmonPtElectrode–K.Kudo(ToyotaCentralR&DLabs.,Inc.)andY.Morimoto(ToyotaCentralR&DLabs,Inc.)

15:40 1271 EffectofHighOxygenPermeableIonomersonMEAPerformanceforPEFC–K.Yamada,S.Hommura,andT.Shimohira(AsahiGlassCo.,Ltd.)

16:00 1272 EvaluationofAnionAdsorptiononPtSurfaceinMEA–Y.Furuya,T.Mashio,A.Ohama(NissanMortorCo.Ltd),andK.Shinohara(NissanMotorCo.,Ltd)

16:20 1273 ElementalandMorphologicalAnalysisofNovelPtCatalystsSynthesizedbyGalvanicDisplacement–K.A.Perry(OakRidgeNationalLaboratory),B.A.Larsen,K.Neyerlin,B.S.Pivovar(NationalRenewableEnergyLaboratory),andK.L.More(OakRidgeNationalLaboratory)

B10Renewable Fuels from Sunlight and ElectricityEnergyTechnology/HighTemperatureMaterials/PhysicalandAnalyticalElectrochemistry/NewTechnologySubcommitteeNautilus 2, Mid-Pacific Conference Center, Hilton Hawaiian Village

Photoelectrochemical Cells – 14:00 – 15:50Co-Chairs: Huyen Dinh and Candace Chan

14:00 1708 Electron-and(In Situ)SoftX-raySpectroscopyofMaterialsforPhoto-ElectrochemicalWaterSplitting–L.Weinhardt(UniversityofNevada)

14:30 1709 AnalysisofFunctionalandDysfunctionalDefectsinPhotoelectrodeMaterialsforSolarWaterSplitting–A.Braun(Empa),N.M.Gaillard,Y.Chang(UniversityofHawaiiatManoa),D.K.Bora(LawrenceBerkeleyNationalLaboratory),K.Gajda-Schrantz(Empa),J.Guo,Z.Liu(AdvancedLightSource),K.Sivula,M.Grätzel(EPFL),andE.Constable(UniversityofBasel)


14:50 1710 HybridPhotovoltaic/PhotoelectrochemicalDeviceDesignUsingI-III-VI2CopperChalcopyrite-BasedPhotocathodes–J.M.Kaneshiro,Y.Chang,andN.M.Gaillard(UniversityofHawaiiatManoa)

15:10 1711 SiliconMicrowiresCoupledtoEarthAbundantCatalystsasPhotocathodesfortheHydrogenEvolutionReaction–E.L.Warren,J.R.McKone,M.R.Shaner,H.A.Atwater,H.B.Gray,andN.S.Lewis(CaliforniaInstituteofTechnology)

15:30 1712 PhotoelectrochemicalHydrogenProductionfromWaterUsingp-typeCalciumFerriteandn-typeSemiconductingElectrodes–S.Ida,K.Yamada,H.Hagiwara,andT.Ishihara(KyushuUniversity)

Photoelectrochemical Cells and Photocatalysts – 16:00 – 18:00Co-Chairs: Huyen Dinh and Anne Co

16:00 1713 BandStructureControlsofSrTiO3towardsVisible-LightInducedTwo-StepOverallWater-Splitting–H.Irie(UniversityofYamanashi)

16:20 1714 DevelopmentofMetal-Oxide-Semiconductor(MOS)ElectrodesforPhotoelectrochemicalWaterSplitting–D.V.Esposito,A.Talin,andT.Moffat(NationalInstituteofStandardsandTechnology)

16:40 1715 OptimumConditionsforEfficientWaterSplittinginanElectrolyzerPoweredbySolarCellsorPowerSupply–M.FritesandS.U.Khan(DuquesneUniversity)

17:00 1716 DevelopmentofHighThroughputExperimentationCapabilitiesforAcceleratedDiscoveryofPECMaterials–X.Liu,M.Marcin,S.Mitrovic,J.Gregoire,S.Lin(CaliforniaInstituteofTechnology),E.Cornell(LawrenceBerkeleyNationalLaboratory),C.Xiang(CaliforniaInstituteofTechnology),J.Fan(ZhejiangUniversity),G.D.Stucky(UniversityofCalifornia,SantaBabara),andJ.Jin(LawrenceBerkeleyNationalLaboratory)

17:20 1717 AdiabaticFreeEnergySurfaceofHydrogenEvolutionReactiononGaInP2–W.Choi,B.C.Wood,E.Schwegler,andT.Ogitsu(LawrenceLivermoreNationalLaboratory)

17:40 1718 GrowthofGaAsArrayAssisted-TiO2HeterojunctionNanostructureforSolarHydrogenProduction–S.Huang(NationalTsingHuaUniversity),C.Kei(NationalAppliedResearchLaboratories),andT.Perng(NationalTsingHuaUniversity)

I3Molten Salts and Ionic Liquids 18PhysicalandAnalyticalElectrochemistry/Electrodeposition/EnergyTechnology301A, Level 3, Hawaii Convention Center

Electrochemistry in Molten Salts and Ionic Liquids – 14:00 – 18:00Co-Chairs: G. Cheek and T. Takenaka

14:00 3604 DynamicAtomicForceMicroscopy(AFM)StudiestoCharacterizeMulti-LayeredStructuresatIonicLiquid/SolidInterfaces–W.Zhang,L.Chen,K.Smith,J.J.Sangiovanni,andG.S.Zafiris(UnitedTechnologiesResearchCenter)

14:20 3605 LocalStructureofIonicLiquid/ElectrodeInterfacesAnalyzedbyFrequency-ModulationAFMandPhotoelectronSpectroscopy–T.Harada,Y.Kanai,Y.Mino,A.Imanishi,Y.Yokota,andK.Fukui(OsakaUniversity)

14:40 3606 AnArrheniusArgumenttoExplainElectricalConductivityMaximaversusTemperature–A.L.East(UniversityofRegina)

15:00 3607 ElectrochemicalInvestigationofQuinoneComplexationbyLewisAcidsinaChloroaluminateIonicLiquid–G.T.Cheek(UnitedStatesNavalAcademy)

15:20 Intermission(20Minutes)15:40 3608 EffectsoftheChargeDensityoftheAnions

ofIonicLiquidsontheElectrodeKineticsofRuthenium2,2’-BipyridineComplexes–Y.Katayama,Y.Toshimitsu,andT.Miura(KeioUniversity)

16:00 3609 VoltammetricStudiesofProtonReductionin1-Butyl-1-methylpyrrolidiniumTriflate–G.T.Cheek(UnitedStatesNavalAcademy),D.F.Roeper,andW.O’Grady(Excet,Inc.)

16:20 3610 RobustMicroelectrodesforMoltenSaltAnalysis–A.Relf,D.Corrigan,C.L.Brady,J.G.Terry,andA.J.Walton(UniversityofEdinburgh)

16:40 3611 PTFEBoundActivatedCarbon–AQuasiReferenceElectrodeforIonicLiquidsandItsApplication–D.Weingarth,A.Foelske-Schmitz,A.Wokaun,andR.Kötz(PaulScherrerInstitute)

17:00 3612 CriticalEvaluationofMetallocenesasInternalReferenceScalesforVoltammetricMeasurementsinIonicLiquids–A.A.TorrieroandM.Forsyth(DeakinUniversity)

17:20 3613 ElectrochemicalConversionofCarbonDioxidetoOxygeninIonicLiquidMedia–D.Carr,B.Slote,K.Jayne,andM.C.Kimble(ReactiveInnovations,LLC)

17:40 3614 InfluenceofTemperatureontheElectrochemicalCharacteristicsofBi(111)|1-Butyl-3-MethylimidazoliumTetrafluoroborateInterface–L.Siinor,R.Arendi,C.Siimenson,K.Lust,andE.Lust(UniversityofTartu)

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A0Special LecturesAllDivisionsKalakaua Ballroom B, Level 4, Hawaii Convention Center

Award Presentations – 14:00 – 16:10

14:00 IntroductoryRemarks(5Minutes)14:05 1 (EdwardGoodrichAchesonAwardPresentation)

PlasmasforThinFilmProcessingandSurfaceModificationD.Hess(GeorgiaInstituteofTechnology)

14:45 2a (CharlesW.TobiasYoungInvestigatorAwardPresentation)Past,Current,andFutureResearchinPolymerElectrolyteFuelCellsB.S.Pivovar(NationalRenewableEnergyLaboratory)

15:25 2b (CharlesW.TobiasYoungInvestigatorAwardPresentation)MechanochemistryatOxideThinFilmInterfacesB.Yildiz(MassachusettsInstituteofTechnology)

16:05 ConcludingRemarks(5Minutes)

A1General Student Poster SessionAllDivisionsKamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

A1 – Poster Session – 18:00 – 20:00

• 3 AnalysisofCarbonElectrodeandOrganicElectrolyteofElectricDoubleLayerCapacitorsafterAgingTest–H.Yoshitama,Y.Tanaka,andD.Tashima(UniversityofMiyazaki)

• 4 AtomicLayerDepositionofVanadiumOxideonCarbonNanotubesforHigh-PowerSupercapacitorElectrodes–S.Boukhalfa,K.Evanoff,andG.Yushin(GeorgiaInstituteofTechnology)

• 5 GrowthandFabricationofGaNLightEmittingDiodeonPatterned-SapphireSubstrate–B.Tran,K.Lin(NationalChiaoTungUniversity),C.Wang,C.Chen,C.Huang(IndustrialTechnologyResearchInstitute),C.Chung,andE.YiChang(NationalChiaoTungUniversity)

• 6 ConversionReactionofMethanewithCarbonDioxideinGlowDischargeatAtmosphericPressure–D.Nguyen,J.Park,andW.Lee(KangwonNationalUniversity)

• 7 SurfaceTreatmentforSterilizationofMicroorganismwithPlasmaPlumeinAtmosphericPressure–J.Park,H.Kwon,andW.Lee(KangwonNationalUniversity)

• 8 IndiumTinOxide-CoatedGlassModifiedwithReducedGrapheneOxideSheetsandGoldNanoparticlesforDopamineSensing–J.YangandS.Gunasekaran(TheUniversityofWisconsin-Madison)

• 9 ElectrochemicalDetectionofPhenolandPhenolDerivativesModifiedwithTiO2,ZrO2,andMixedMetalOxides(TiO2+ZrO2)–M.K.Hughes,V.Nguyen,andS.K.Lunsford(WrightStateUniversity)

• 10 CharacteristicsofLow-Temperature(≤200°C)PECVDSiliconNitrideforGateDielectricofTFTsbyUsingN2HighlyDilutedSiH4–K.Keum,K.No,J.Park,S.Kang,T.Song,andW.Hong(UniversityofSeoul)

• 11 ChargeInducedClosingofDionaea MuscipulaEllisTrap–C.Mitchell,N.E.Williams,andA.G.Volkov(OakwoodUniversity)

• 12 Lithium-SulfurBatterieswithGlyme-LiSaltEquimolarComplexes–A.Yamazaki,M.Tsuchiya,K.Yamauchi,K.Ueno,N.Tachikawa,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

• 13 EffectofHydrothermalSynthesisConditiononLiMnPO4ParticleSize–S.Yanaka,K.Yoshida,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

• 14 DesignofCatalystLayerofNon-HumidifiedIntermediateTemperatureFuelCells–Y.Honda,R.Tatara,S.Nakamura,T.Yasuda,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

• 15 ColorChangesduringVoltammogramsofPrussianYelowonITOElectrode–J.Agrisuelas,J.García-Jareño,C.Moreno-Guerrero(UniversityofValencia),A.Roig(UJI),andF.Vicente(UniversityofValencia)

Monday, October 807:30h ProfessionalDevelopmentSeries:

GreatMindsDoNotThinkAlike

08:45h ProfessionalDevelopmentSeries:Resume/On-LineProfileWritingandStrategiesforCultivatingandMaintainingProfessionalContacts

09:30h TechnicalSessionCoffeeBreak

12:00h ECS TransactionsTutorialSessionforAuthors

13:00h TechnicalExhibit

13:00h ProfessionalDevelopmentSeries:CareerFair

14:00h ProfessionalDevelopmentSeries:ResumeWorkshop

14:05h ECSEdwardGoodrichAchesonAwardLecture:“PlasmasforThinFilmProcessingandSurfaceModification”byDennisWHess

14:45h ECSCharlesWTobiasYoungInvestigatorAwardLecture:“Past,Current,andFutureResearchinPolymerElectrolyteFuelCells”byBryanSPivovar

15:25h ECSCharlesWTobiasYoungInvestigatorAwardLecture:“MechanochemistryatOxideThinFilmInterfaces"byBilgeYildiz

17:00h PRiME2012Lecture:“CellBioelectrochemistryandBiomagnet”byTadashiMatsunaga

18:00h MondayEveningMixer,TechnicalExhibit,andStudentPosterSession


Mon

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• 16 EffectiveHydrogenGenerationandResourceCirculationfromPhotocatalyticDecompositionofH2SAqueousSolution–H.Takahashi,T.Mabuchi,T.Hayashi,S.Yokoyama,andK.Tohji(TohokuUniversity)

• 17 ControlMethodfortheAmountofCuSiteontheZnSStratifiedPhotocatalysts–Y.Kajino(TouhokuUniversity),H.Takahashi,andK.Tohji(TohokuUniversity)

• 18 SynthesisofCuSupportedStratifiedPhotocatalystsandItsApplicationfortheCO2ConversionintoAlcohol–Y.Kajino(TouhokuUniversity),H.Takahashi,andK.Tohji(TohokuUniversity)

• 19 ImprovementofEfficiencyofPhoto-ExcitedElectronsTransferfromThinFilmConsistedbytheSemiconductorParticlesonElectrodeSurfacetoDevelopingElectronsPathway–T.Mabuchi,T.Hayashi,H.Takahashi,andK.Tohji(TohokuUniversity)

• 20 RelationbetweentheConditionofPdandTeMetalComplexesintheAqueousSolutionandReductionMechanismofPd20Te7Alloy–T.Mabuchi,S.Yokoyama,H.Takahashi,andK.Tohji(TohokuUniversity)

• 21 OxidationofBulkAmorphousNi57Ti18Zr20Si3Sn2Coating–S.Kim,S.Bong,M.Kim,andD.Lee(SungkyunkwanUniversity)

• 22 Sodium-SulfurBatterieswithRoom-TemperatureIonicLiquidElectrolytes–R.Nozawa,R.Harimoto,M.Tsuchiya,K.Yoshida,N.Tachikawa,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

• 23 Single-CrystalField-EffectTransistorsof21DNTTDerivatives–A.Maeda,T.Arakawa(TokaiUniversity),M.Tsutsui,K.Okamoto(UshioChemixCorporation),andY.Kunugi(TokaiUniversity)

• 24 ConductivityofCeriaBasedCompositeElectrolytesforIntermediate-Temperature-SolidOxideFuelCells–S.Baek,T.Lee,andJ.Park(SejongUniversity)

• 25 EffectofSynthesisMethodandFe2PPhaseontheElectrochemicalPropertiesofLiFexMn1-xPO4-CElectrode–J.P.Välikangas(UniversityOfOulu),S.Tuomaala(KokkolaUniversityConsortiumChydenius),M.T.Andersson,S.Manner(AaltoUniversity),P.A.Tanskanen(UniversityofOulu),T.Kallio,M.Karppinen(AaltoUniversity),andU.Lassi(KokkolaUniversityConsortiumChydenius)

• 26 Co-IonicNeodymium-DopedCeria/CarbonateCompositeElectrolytes–J.Kim,N.Kim,andJ.Park(SejongUniversity)

• 27 FabricationofHighPerformanceBaLaIn2O5.5ElectrolyteSingleChamberSolidOxideFuelCellbyUsingSublimationMaterialsasPoreFormerinElectrodePreparation–X.Shen,K.Takasu,andT.Yao(KyotoUniversity)

• 28 MorphologyControlofPalladiumNanostructuresbyPotentialAdjustment–X.Pham,M.Bui,C.Li,K.Han,andG.Seong(HanyangUniversity)

• 29 PreparationofOrganoboronIon-GelsUsingPVAandTheirIonConductiveProperties–H.TsutakawaandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

• 30 StructureandElectrochemistryofNaNiO2–R.I.FieldenandM.N.Obrovac(DalhousieUniversity)

• 31 FabricationofRutheniumOxideNanosheetElectrodesbyElectrophoreticDeposition–S.Ikuta,N.Ishigaki,K.Fukuda,T.Sato,andW.Sugimoto(ShinshuUniversity)

• 32 CharacterizationAttributesofMetalOxideNanocomposites–M.Hockey,Q.Lin,andE.Calderas(BrewerScienceInc.)

• 33 ImprovementinORRPerformanceof1-1.5nmPtNanoparticlesbyModificationwithRutheniumOxideNanosheets–D.Takimoto,M.Ohuchi,L.Koodlur,C.Chauvin,andW.Sugimoto(ShinshuUniversity)

• 34 Pt/TiO2NanohybridStructuresonSingle-WalledCarbonNanotubes:PreparationandElectrocatalyticCharacteristics–K.Han,C.Li,M.Bui,X.Pham,andG.Seong(HanyangUniversity)

• 35 DirectSynthesisofNanostructuresinaMicrofluidicDeviceforElectrochemicalAnalysis–C.Li,K.Han,M.Bui,X.Pham,andG.Seong(HanyangUniversity)

• 36 InfluenceofSurfaceStructureandIonTypeontheCapacitanceofDopedSWCNTsElectrodeofElectrochemicalCapacitors–A.Al-zubaidi,Y.Ishii,T.Matsushita,andS.Kawasaki(NagoyaInstituteofTechnology)

• 37 ElectrochemicalStudyonOxygenReductioninaPt/Nafion/HumidifiedAirSystem–Y.Sugiyama,E.Tada,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

• 38 SolidPhaseGrowthofNickelSilicidesinPolycrystallineSiFilmonSiO2withClPlasmaContainingNiCl–K.Kanomata,K.Momiyama,S.Kubota,T.Suzuki,andF.Hirose(YamagataUniversity)

• 39 EnhancementofDye-SensitizedPhotocurrentsbyGoldNanoparticles:EffectsofParticleSizeandDensity–T.Kawawaki(TheUniversityofTokyo),Y.Takahashi(KyushuUniversity),andT.Tatsuma(UniversityofTokyo)

• 40 TheSynthesizingProcessandElectrochemicalCharacteristicsofSiActiveMaterialParticlesCoveredwithSiliconOxideasAnodeElectrodesinaLithium-IonBattery–N.ShimoiandY.Tanaka(TohokuUniversity)

• 41 ElectrochemicalPropertyoftheCompositionbyGroundProcessofActiveMaterialsBasedonSiliconandOxides–N.Shimoi,Q.Zhang,andY.Tanaka(TohokuUniversity)

• 42 CharacterizationsofAl2O3/ZnOGrownonSiSubstratebyPlasmaEnhancedAtomicLayerDeposition–C.Chung,B.Tran,K.Lin(NationalChiaoTungUniversity),C.Wang,C.Chen,C.Huang,S.Lee(IndustrialTechnologyResearchInstitute),andE.YiChang(NationalChiaoTungUniversity)

• 43 Preparationofπ-ConjugatedPolycarbzole–BoronComplexesasFluorideAnionSensor–Y.HosonoandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

Mon

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• 44 PreparationofMarimoCarbonSupportedPtCoBimetalCatalystbytheNanocolloidalSolutionMethod–K.Sato,T.Onuma(IbarakiUniversity),K.Komatsu,M.Kobori(ToyoUniversity),K.Iwasawa,M.Eguchi,Y.Kobayashi(IbarakiUniversity),M.Nishitani-Gamo(ToyoUniversity),andT.Ando(NationalInstituteforMaterialsScience)

• 45 ChangesintheConductionPropertiesofLaBaGaO4BasedProtonConductorbyLiquid-PhaseSynthesis–N.Hamao,N.Kitamura,andY.Idemoto(TokyoUniversityofScience)

• 46 TheeffectoftheRelationshipbetweenIonomerandCarboninthePEFCCatalystLayer–K.Baba,T.Onuma,K.Iwasawa,M.Eguchi,Y.Kobayashi(IbarakiUniversity),K.Komatsu,M.Kobori,M.Nishitani-Gamo(ToyoUniversity),andT.Ando(NationalInstituteforMaterialsScience)

• 47 EffectsofMisalignedElectrodeforMeasurementinPEFCwithReferenceElectrode–K.Baba,S.Ueda,M.Eguchi,Y.Kobayashi(IbarakiUniversity),andY.Tsutsumi(FCDevelopmentCo.,Ltd.,)

• 48 Low-TemperatureSynthesisandStudyofApatite-TypeLanthanumSilicates–N.Kitamura,K.Kaneko,andY.Idemoto(TokyoUniversityofScience)

• 49 AnodicOxidationofAlcoholsonNi-SnElectrocatalystsPreparedbyElectrodeposition–K.Maruyama,N.Yoshimoto,M.Egashira,andM.Morita(YamaguchiUniversity)

• 50 ANew4.3VAqueousHybridCapacitorBasedonManganeseDioxidePositiveandLithiumNegativeElectrode–Y.Shinohara,S.Makino,W.Shimizu,andW.Sugimoto(ShinshuUniversity)

• 51 SynthesisandCharacteristicsofNovelBoricEsterTypeIonicLiquids–Y.ToyotaandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

• 52 AqueousElectrolytesforUltracapacitorDevicesUsingManganeseOxideasElectrodeMaterial–A.Boisset(UniversitédeTours),L.Athouël(UniversityofNantes),J.Jacquemin(Queen’sUniversityBelfast),T.Brousse(UniversityofNantes),andM.Anouti(UniversitédeTours)

• 53 MolecularWeightDependenceofP-TypeSemiconductivePolymeronHighEfficiencyThinFilmOrganicPhotovoltaicCells–M.Sugimoto,H.Nakamura,K.Yamada,andH.Yamane(KitakyushuNationalCollegeofTechnology)

• 54 EffectofGoldNano-SeedParticlesonElectrochemicalCharacteristicsofConductingSubstrates–Y.NakayamaandM.Oyama(KyotoUniversity)

• 55 Sn-CNTFabricforMultifunctionalAnodesinLi-ionBatteries–J.Benson,Y.Zhao,B.Hertzberg(GeorgiaInstituteofTechnology),M.Schauer,D.Lashmore(NanocompTechnologies,Inc.),andG.Y.Yushin(GeorgiaInstituteofTechnology)

• 56 HighTemperatureProtonicConductionandClystalStructureofEulytite-TypePhosphates–N.Kitamura,Y.Yamada,andY.Idemoto(TokyoUniversityofScience)

• 57 CompositionDependenceofAverageandLocalStructureandThermodynamicStabilityforxLi(Li1/3Mn2/3)O2-(1-x)Li(Mn1/3Ni1/3Co1/3)O2asaCathodeActiveMaterialforLi-IonBattery–M.Inoue,N.Kitamura,andY.Idemoto(TokyoUniversityofScience)

• 58 Non-PacmanTypeCo-PorphyrinBilayersforOxygenReductionReaction–S.Satoh,K.Murakoshi,andK.Ikeda(HokkaidoUniversity)

• 59 StressDurabilityofElectrolyteStructureinFlexibleSheetTypeDirectMethanolFuelCell(FS-DMFC)–Y.SakuraiandA.Kawai(NagaokaUniversityofTechnology)

• 60 FabricationofTiO2LayersforDyeSensitizedSolarCellsusingElectrostaticInkjetPrintingMethod–A.Ishii(TokaiUniversity),S.Umezu(TokaiUniv.),andY.Kunugi(TokaiUniversity)

• 61 ConstructionoftheCopper(I)Oxide/C60HybridPhotovoltaicDevices–T.Saitoh,T.Ohata,F.B.Mohamad,J.Sasano,andM.Izaki(ToyohashiUniversityofTechnology)

• 62 ElectrochemicalOxidationofAmmoniabyMulti-WalledCarbonNanotubes-SupportedPt-Core/Ir-ShellandPt-Core/Pd-ShellNanoparticles–S.Morita,S.Azuma,H.Shiroishi(TokyoNationalCollegeofTechnology),M.Yonekawa,andK.Nagai(TokyoInstituteofTechnology)

• 63 AStudyofPhotochemicalProtonReductionandOxidationofWaterUsingPb2Ru2O7-δSynthesizedbyNeutralizationMethod–S.Hanyu,H.Shiroishia(TokyoNationalCollegeofTechnology),T.Hatai,Y.Ayato,andJ.Kuwano(TokyoUniversityofScience)

• 64 PerformanceofProtonConductiveIntermediateTemperatureFuelCellUsingZrO2-1.6P2O5Electrolytewith1%CO-H2andMethanolasFuels–Y.Houshi(TokyoNationalCollegeofTechnology),M.Yonekawa(TokyoInstituteofTechnology),H.Shiroishi(TokyoNationalCollegeofTechnology),M.Kunimatsu(KanagawaIndustrialTechnologyCenter),K.Matsushima,Y.Ayato(TokyoUniversityofScience),M.Saito(DoshishaUniversity),andJ.Kuwano(TokyoUniversityofScience)

• 65 ElectrochemicalStudiesofEpoxyBasedLignosulfonateDopedDoubleStrandedPolyaniline-MontmorilloniteNanocompositeCoatingsonAA2024Alloy–G.Gupta(IITB-MonashResearchAcademy),A.Khanna(IITBombay),andN.Birbilis(MonashUniversity)

• 66 CarbonNanotubeSynthesisoverNickel-FerriteLoadedOxidizedDiamondCatalyst–G.Tsujino,K.Nakagawa(KansaiUniversity),T.Ando(NationalInstituteforMaterialsScience),andH.Oda(KansaiUniversity)

• 67 CyclePerformanceofNanoInclusioncontain-ingLiMn2O4CathodeMaterial–J.Harada,H.Tsubouchi,Y.Kawai,andT.Yao(KyotoUniversity)

• 68 PeelingForceofPolymerMicroPatternbyDirectPeelingbyusingAFMTip(DPAT)–T.Aiba(NagaokaUniversityofTechnology)andK.Akira(NagaokaUniversityofTechnologyDepartmentofElectricalEngineering)

• 69 MonitoringandModelingforResponseTimeofBiopotentialinPlantCells–Y.NoguchiandA.Kawai(NagaokaUniversityofTechnology)

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• 70 ANewHighEnergyDensityAqueousHybridCapacitorBasedonLithiumNegativeandRutheniumOxidePositiveElectrode–T.Ban,S.Makino,W.Shimizu,andW.Sugimoto(ShinshuUniversity)

• 71 ConstructionandPhotovoltaicPerformanceofHybridZnO:CuPcBulkHeterojunctionSolarCells–H.Ryo,K.Murata,J.Sasano(ToyohashiUniversityofTechnology),S.Watase(OsakaMunicipalTechnicalResearchInstitute),andM.Izaki(ToyohashiUniversityofTechnology)

• 72 VOCSensingCharacteristicsofSmFeO3FilmCoveredwithSiCPowder–J.Iseda,M.Mori,andY.Sadaoka(EhimeUniversity)

• 73 AdsorptionStatesandReactivityofNitricOxideonPdandPd-basedBinaryElectrodesasStudiedbyInfraredAbsorptionSpectroscopy–K.Yamaki(HokkaidoUniversity),A.Okubo,S.Notani(GraduateSchoolofEnvironmentalScience,HokkaidoUniversity),K.Nakata(FacultyofEnvironmentalEarthScience,HokkaidoUniversity),M.Osawa,andK.Shimazu(HokkaidoUniversity)

• 74 PlatinumNanodotandNanohoneycombStructures:ConstructionUsingaCyclodextrinMonolayerasaMolecularTemplate–R.Saito,Y.Domi,T.Kawaguchi,andK.Shimazu(HokkaidoUniversity)

• 75 DesignofPolymerInclusionComplexofCurcuminUsingAmylose–Y.MoritaandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

• 76 ElectrochemicalQuartzCrystalMicrobalanceStudiesonPtandPdUltra-ThinFilmsonGold–A.Kurokawa,M.Shibata,T.Wada,andT.Kondo(OchanomizuUniversity)

• 77 ChangeofCrystalandElectronicStructureofLayeredCathodeMaterial0.4Li2MnO3-0.6LiMn1/3Ni1/3Co1/3O2byChargeandDischargeProcess–R.Yamamoto,N.Kitamura,andY.Idemoto(TokyoUniversityofScience)

• 78 StructuralStudiesonSelf-AssembledMonolayerofPorphyrinDerivativeonAu(111)–N.Aoki,B.Zhang,R.Kuwana,T.Wada,andT.Kondo(OchanomizuUniversity)

• 79 ElectrocatalyticActivityforOxygenReductionofPseudomorphicPtMonolayerElectrochemicallyPreparedonaAu(111)Surface–T.Wada,M.Shibata,M.Kawabuchi(OchanomizuUniversity),I.Yagi(FC-CubicTRA),andK.Toshihiro(OchanomizuUniversity)

• 80 PerformanceofNbandMoAlloyedFerriticStainlessSteelforSOFCInterconnectbyUsingButtonCellConfiguration–D.Yun,H.Seo(PohangUniversityofScienceandTechnology),J.Jun(ResearchInstituteofIndustrialScienceandTechnology),andK.Kim(PohangUniversityofScienceandTechnology)

• 81 Developmentof4V-classAqueousHybridElectrochemicalCapacitorwithPorousPositiveElectrodeandLiNegativeElectrode–S.Makino,Y.Shinohara,T.Ban,W.Shimizu,andW.Sugimoto(ShinshuUniversity)

• 82 ElectrochemicalPropertiesofReducedGraphiteOxideNanosheetElectrodesPreparedbyLayer-by-LayerAssembly–T.Mitsui(ShinshuUniveristy),K.Higurashi,J.Sato,K.Fukuda,andW.Sugimoto(ShinshuUniversity)

• 83 AComparisonofSteamandCO2ActivationofBoronDopedDiamondElectrodes–J.ZhangandW.Sugimoto(ShinshuUniversity)

• 84 ElectrochemicalPropertiesofNanocarbonProducedfromOrganicWasteanditsApplicationinElectricDouble-LayerCapacitor–D.Mishima,Y.Hamasuna,D.Tashima(UniversityofMiyazaki),S.Kumagai(AkitaUniversity),andJ.Madden(UniversityofBritishColumbia)

• 85 AmorphousTitaniumOxidePreparedfromPeroxo-PolytitanicAcidandItsElectrochemicalProperties–K.KobayashiandI.Tsuyumoto(KanazawaInstituteofTechnology)

• 86 OneDimensionalSilver/SilverHalideNanocomposites:SynthesisandElectrocatalyticActivity–S.Kim(EwahwomansUniversity),J.Shim(DaeguUniversity),C.Lee,andY.Lee(EwhaWomansUniversity)

• 87 TerminalRedoxMoietyeffectsontheLong-RangeElectronConductionofπ-ConjugatedBis(Terpyridine)MetalComplexOligomerWiresonElectrode–S.Katagiri,R.Sakamoto,andH.Nishihara(TheUniversityofTokyo)

• 88 PyrimidineRingMotionCorrelatedwithElectronTransferattheCopper(II)/(I)CoordinationSiteImmobilizedonAuElectrodeSurface–Y.Takara,M.Nishikawa(DepartmentofChemistry,SchoolofScience,TheUniversityofTokyo),S.Kume(DepartmentofChemistry,GraduateSchoolofScience,HiroshimaUniversity),andH.Nishihara(TheUniversityofTokyo)

• 89 PreparationofGlass-CoatedCdSe/CdZnSQuantumDotsandTheirPhotostability–T.Gunshi(KwanseiGakuinUniversity),C.Li(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Ogasawara(KwanseiGakuinUniversity),M.Ando,andN.Murase(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 90 DevelopmentandApplicationofanElectrochemicalDualMicrosensorforSimultaneousO2/pHMeasurements–Y.Ha,S.Park(EwhaWomansUniversity),J.Shim(DaeguUniversity),andY.Lee(EwhaWomansUniversity)

• 91 ElectrochemicalImpedanceAnalysisforCorrosiononCurrentCollectingElectrodesinDye-sensitisedSolarCells–K.Inoue,I.Shitanda,Y.Hoshi,andM.Itagaki(TokyoUniversityofScience)

• 92 PreparationofPolymerNanoparticlesCompositeCoatingFilmsforInvestigationoftheCo-DepositionTheory–K.Iwasaki,I.Shitanda,Y.Hoshi,andM.Itagaki(TokyoUniversityofScience)

• 93 GlancingAngleSputter-DepositionofTitaniumDioxideFilmswithRotatingSubstrateHolderforPhotocatalyticApplication–Y.Yasuda,N.Kitahara,andY.Hoshi(TokyoPolytechnicUniversity)

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• 94 TheSynthesisofSnO2-TiO2Core-ShellNanotubesUsingPANFiberandItsCyclingPerformancefortheAnodeofLithium-IonBatteries–J.Jeun,W.Kim,D.Kim,K.Park,B.Lee,K.Kang,W.Yu,andS.Hong(SeoulNationalUniversity)

• 95 AnInGaPSub-WavelengthStructure(SWS)RealizedbyColloidalLithographyforSolarCellApplications–D.Kim,S.Eo,andJ.Jang(GIST)

• 96 LbLFilmwithPtNPsasaSensoroftheDopamineEncapsulatedinLiposomes–V.DosSantos,M.DosSantos,B.Sandrino,C.DeJesus,J.R.Garcia,S.T.Fujiwara,C.A.Pessôa,andK.Wonhrath(StateUniversityofPontaGrossa)

• 97 EffectofLateralSizeofReducedGraphiteOxideNanosheetontheElectrochemicalCapacitance–Z.Lei,T.Sakai,andW.Sugimoto(ShinshuUniversity)

• 98 AModelfortheInfluenceofSteelCorrosionProductsonNuclearFuelCorrosionunderPermanentDisposalConditions–L.Wu(WesternUniversity),Y.Beauregard(NOVAChemicals),Z.Qin,S.Rohani(WesternUniversity),andD.W.Shoesmith(UniversityofWesternOntario)

• 99 CO2ReductionatGlassyCarbonElectrodeinthePresenceofPyridine–J.Agullo,M.Morin,andD.Bélanger(UniversitéduQuébecàMontréal)

• 100 UtilizingaRotatingRingDiskElectrode(RRDE)toSimultaneouslyMeasureContaminateSpeciesAdsorptioneffectsonTwoDifferentCatalystSurfaces–J.M.Christ(ColoradoSchoolofMines),K.Neyerlin,H.Wang(NationalRenewableEnergyLaboratory),R.M.Richards(ColoradoSchoolofMines),andH.N.Dinh(NationalRenewableEnergyLaboratory)

• 101 CarbonDepositionandGasificationoverNi-YSZCermetduringMethaneReformingReaction–K.SongandJ.Jung(Postech)

• 102 InfluenceofRelaxationTimeontheLifetimeofCommercialLithium-IonCells–M.J.Reichert,H.Bremes,S.Passerini,andM.Winter(UniversityofMünster)

• 103 3-DElectrochemicalImpedanceSpectroscopyCalculatedbyWaveletTransformation-InfluenceofScaleandTimeParametersonImpedanceSpectra-–K.Isobe,Y.Hoshi,I.Shitanda,andM.Itagaki(TokyoUniversityofScience)

• 104 In SituATR-IRAnalysisofGraphite/ElectrolyteInterfaceinLi-IonBatteries–Y.Akita,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 105 Sol-GelSynthesisofLi2MnO3-LiMO2CathodewithGoodCyclePerformance–K.Ando,Y.Jin,T.Nishioka,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 106 ElectrochemicalEvaluationofLi4Ti5O12SingleParticleatVariousTemperatures–K.Annaka,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 107 3DOMPolyimideSeparatorforRechargeableLithiumBatterieswithHighRatePerformance–K.Miyahara,Y.Jin,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 108 ASemi-EmpiricalModelofAmmoniaElectrolysisinComparisontoWaterElectrolysis–A.Estejab,D.A.Daramola,andG.G.Botte(OhioUniversity)

• 109 RRDEStudiesonOxygenReductionReactionofPdSingleCrystalElectrodes–M.Kawabuchi,T.Wada,M.Shibata,andT.Kondo(OchanomizuUniversity)

• 110 SynthesisandCharacterizationofCore-ShellStructuredNi-Ce0.8Gd0.2O1.9SOFCAnodesbyUltrasonicSprayPyrolysis–C.LimandK.Lee(ChonbukNationalUniversity)

• 111 BroadbandTerahertzAntireflectionStructureFabricatedByUtilizingStampingMethod–D.Kim(GwangjuInstituteofScienceandTechnology),D.Kim,andJ.Jang(GIST)

• 112 FabricationofGDCElectrolyteThinFilmsonNiO-GDCAnodeSupportbyElectrophoreticDepositionforSolidOxideFuelCells–S.YuandK.Lee(ChonbukNationalUniversity)

• 113 CharacterizationofCa1-xLaxTiO3AnodeMaterialsforHydrocarbon-FueledSolidOxideFuelCells–J.KooandK.Lee(ChonbukNationalUniversity)

• 114 DesignofIon-gelElectrolytesUsingNon-flammableOrganoboronBio-basedPolymerasPolymerSupport–Y.YoshinagaandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

• 115 EnhancedPhotocurrentGenerationofPorphyrins–AgNanoparticlesCompositeLayersonanElectrode–S.Yagyu,M.Ishizaki,K.Kanaizuka,M.Kurihara,andM.Sakamoto(YamagataUniversity)

• 116 ElectrochemicalbehaviorofSpin-coatedHybridThinFilmofPrussian-blueAnalogNanoparticles–S.Soma,M.Ishizaki,K.Ono,K.Kanaizuka(YamagataUniversity),M.Sakamoto,andM.Kurihara(YamagataUniversity)

• 117 ElectrochemicalIntercalationofBis(Fluorosulfonyl)AmideAnionintoGraphite–F.Yamane,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 118 PreparationofPerovskiteTypeOxideThin-FilmsasBi-FunctionalAirElectrodesbyPulsedLaserDepositionMethodandTheirElectrochemicalProperties–Y.Miyahara,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 119 MgBr2/Ether-BasedElectrolyteSolutionsforMg-RechargeableBatteries–K.Asaka,K.Miyazaki,T.Fukutuka,T.Abe,K.Nihio,andY.Uchimoto(KyotoUniversity)

• 120 ElectrochemicalPropertiesofLiCoPO4intheAnionReceptor-BasedOrganicElectrolyteSolution–T.Nakagawa,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 121 AnisotropicAnionConductionofMgAl-CO32-

LayeredDoubleHydroxideswithDifferentCationRatios–Y.Asada,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 122 RedoxReactionofMetalCationsontheSurfaceofLiCoO2Thin-FilmElectrodes–J.Inamoto,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 123 ElectrochemicalBehaviorofMagnesiumMetalinAlkalineAqueousSolutions–Y.Taniguchi(GraduateSchoolofEngineering,KyotoUniversity),K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

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• 124 Frequency-TunableMulticolorLight-EmittingCellBasedonAC-DrivenElectrochemiluminescence–M.Nakakomi,T.Nobeshima,K.Nakamura,andN.Kobayashi(ChibaUniversity)

• 125 ElectrochemicalPropertiesofGraphiteElectrodeinIonicLiquidContainingBis(Fluorosulfonyl)AmideAnion–K.Ono,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 126 AStudyonElectrochemicalPerformanceofHardCarbon/Nax[Fe1/2Mn1/2]O2CellsasRechargeableNa-IonBatteries–M.Kajiyama,N.Yabuuchi(TokyoUniversityofScience),J.Iwatate(TokyoUniv.ofScience),andS.Komaba(TokyoUniversityofScience)

• 127 FabricationofElectrolessCu/CNTCompositePlatingFilmsContainingDifferentSizedCNTs–T.OsakiandS.Arai(ShinshuUniversity)

• 128 ElectrochemicalPropertiesofAZOFilmsFunctionalizedwithRedox-ActiveMolecules–H.Kaneko,T.Tsuda,K.Kanaizuka,M.Kurihara,andM.Sakamoto(YamagataUniversity)

• 129 FabricationofSiliconCompositeFilmsforLithium-IonBatteriesbyElectrodeposition–T.KitamuraandS.Arai(ShinshuUniversity)

• 130 MolecularAssemblyofPorphyrinDerivativeonaSubstratebyPolymerizationReactionandItsElectrochemicalProperties–A.Izumi,M.Ishizaki,K.Kanaizuka,M.Kurihara,andM.Sakamoto(YamagataUniversity)

• 131 SurfaceModificationofVaporGrownCarbonNanofibersbyPlasmaTreatment–D.Shimizu(ShinshuUniversity),Y.Suzuki(Shinshuuniver-isty),M.Endo,andS.Arai(ShinshuUniversity)

• 132 NewlyDevelopedCarbon-NanocoatingofSiNanoparticles–Y.Sasaki,H.Tabuchi,H.Furukawa,K.Urita,andI.Moriguchi(NagasakiUniversity)

• 133 StudyontheFormationofSelf-AssembledMonolayersonAnodizedAluminum–H.Satoh,T.Fujii,E.Tsuji,andH.Habazaki(HokkaidoUniversity)

• 134 SynthesisandCharge-DischargePropertyofSi/CarbonNanocomposites–H.Tabuchi,T.Enjoji,K.Kiyota,Y.Sasaki,K.Urita,H.Yamada,andI.Moriguchi(NagasakiUniversity)

• 135 ElectrochemicalHybridCapacitorUsingClosest-PackedFerroceneTerminatedMonolayeronCarbonElectrode–Y.Sato,T.Kawaguchi,andK.Shimazu(HokkaidoUniversity)

• 136 ElectrochemicalPropertiesofZincOxideElectrodesCoatedwithAnion-ConductingIonomerinAlkalineSolutions–Y.Lee,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

• 137 FieldEmissionPropertiesofNickel/CarbonNanotubeCompositeFilmsElectrodepositedfromaCitrateBath–S.TanabeandS.Arai(ShinshuUniversity)

• 138 EffectsofInterferentsonH2O2QuantificationbyElectrochemicalReductiononIrO2Electrodes–M.Ueda,T.Zhang,andM.Morimitsu(DoshishaUniversity)

• 139 ElectrochemicalFeaturesofNanoporousElectrodesandTheirApplications–J.Han,J.Bae,andT.Chung(SeoulNationalUniversity)

• 140 All-Solid-StateChlorideIon-SelectiveElectrodesUsingPolycation-DopedManganeseOxides–T.Akatsuka,C.Suzuki,N.Yabuuchi,andS.Komaba(TokyoUniversityofScience)

• 141 DevelopmentofTitaniumWire-basedDye-sensitizedSolarCellsandtheEnhancementofthePerformancebySurfacePlasmonResonanceofAgNanoparticles–Y.Kawakami,M.Takeuchi,Y.Horiuchi,andM.Matsuoka(OsakaPrefectureUniversity)

• 142 StudyonDeteriorationofElectricDouble-LayerCapacitorCells–A.Haruta(Miyazaki–University),Y.Suenaga(MiyazakiUniversity),D.Tashima(UniversityofMiyazaki),T.Kawaji(UDTruksCorporation),andH.Toyama(UDTrucksCorporaion)

• 143 ElectrochemicalConstructionofPtNanoparticlesAsaCatalystforOxygenReductionReaction–H.Aso,T.Wada,andT.Kondo(OchanomizuUniversity)

• 144 SegmentedElectrodeDevelopedforComplementaryUseofSmall-AngleNeutronScatteringMeasurement–S.Ueda,K.Baba,M.Eguchi,Y.Kobayashi,S.Koizumi(IbarakiUniversity),andY.Tsutsumi(FCDevelopmentCo.,Ltd.,)

• 145 FundamentalResearchonDevelopmentofNovelAnalysisMethodforHyaluronanProductionwithUseofHumanDermalFibroblasts–M.Naruoka(KanagawaInstituteofTechnology),Y.Nakamura(JUJUCosmeticsCo.),andY.Iida(KanagawaInstituteofTechnology)

• 146 ElectrodepositionofZn-MgAlloyinEthyleneGlycol-ZnCl2-MgCl2Non-AqueousSolution–H.Yamamoto,M.Morishita,T.Miwa,andK.Isono(UniversityofHyogo)

• 147 RelaxationStructureAnalysisforLiInsertedα-Fe2O3–K.Takasu,S.Park,andT.Yao(KyotoUniversity)

• 148 GroELMutantCanEncapsulatesMetalNanoParticlesinEachCavity–H.Yoda(KanagawaInstituteofTechnology),O.Yamamoto(YamagataUniversity),andA.Koike-Takeshita(KanagawaInstituteofTechnology)

• 149 EISandCVCharacteristicsofPtCathodeCatalystinPEMFC–S.Kanazawa,E.Tada,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

• 150 Pt-LoadedCarbonNanofilamentasanElectrocatalystforDirectMethanolFuelCell–T.Toriyama,K.Nakagawa(KansaiUniversity),T.Ando(NationalInstituteforMaterialsScience),andH.Oda(KansaiUniversity)

• 151 FabricationofSexithiophene/Zr(IV)HybridThinFilmsandTheirPhotofunctionalProperties–A.Kodaira,T.Harada(TohoUniversity),C.Pac(TohoUniversity,KoreaUniversity),H.Moriyama(TohoUniversity),G.Sahara,T.Yui,andO.Ishitani(TokyoTech.)

• 152 CorrosionBehaviorandSacrificialAbilityofHot-DipAl-Mg-SiCoatedSteel–K.Chihara,Y.Kyo,E.Tada,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

• 153 MorphologyofSelf-orderedNanoOxideCoatingsforOxygenandChlorineEvolution–N.Ohnishi,M.Matsuda,T.Zhang,andM.Morimitsu(DoshishaUniversity)

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• 154 SelectionofB16MelanomaCellsbySingleCellManipulationandAnalysisofTyrosinaseGeneExpressionandEpigeneticRegulation–M.Hillary,K.Makoto,andY.Iida(KanagawaInstituteofTechnology)

• 155 Co-ElectrolysisofCO2andH2OforSyngasProduction–S.Nakamura(TokyoUniversityofScience),Y.Tanaka,K.Sato,K.Nozaki,A.Yamamoto,andT.Kato(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 156 DetailedObservationandAnalysisoftheReactionDistributioninLiFePO4CompositeElectrodes–Y.Gogyo,H.Yamashige(KyotoUniversity),M.Katayama(RitsumeikanUniversity),Y.Orikasa(KyotoUniversity),Y.Inada,T.Ota(RitsumeikanUniversity),H.Arai,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

• 157 Metal-Semiconductor-MetalPhotodetectorsonFlexibleSubstrats–T.Oh,W.Shin,J.Park,S.Chang,K.Choi,H.Ha,K.Lee,andB.Ju(KoreaUniversity)

• 158 EffectsofGasDiffusionElectrodeswithHydrophilicLayeronColdStartBehaviorandCellPerformanceofPolymerMembraneFuelCells–S.Hirakata,T.Mochizuki,M.Uchida,H.Uchida,andM.Watanabe(UniversityofYamanashi)

• 159 SurfaceOxidizationDiamondforDye-SensitizedSolarCell–M.Mori,K.Nakagwa(KansaiUniversity),T.Andou(NationalInstituteforMaterialsScience),andH.Oda(KansaiUniversity)

• 160 DynamicsofPhaseTransitioninLixFePO4UsingTime-ResolvedX-RayDiffraction–T.Maeda,Y.Koyama,Y.Orikasa,H.Murayama,H.Tanida,H.Arai,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

• 161 HydrogenStarvationTestsonPEMFCsUsingSegmentedCellHardware–M.Geymayer,A.Stadlhofer,andV.Hacker(GrazUniversityofTechnology)

• 162 EffectofSiO2onthePropertiesofSulfonatedPolyimideandPoly(AryleneEther)BlockCopolymerMembranes–M.Sakamoto,S.Nohara,K.Miyatake,M.Uchida,H.Uchida,andM.Watanabe(UniversityofYamanashi)

• 163 ElectrochemicalQuartzCrystalMicrobalanceAnalysisofDegradationReactionsofPt/CCathodeCatalystsforPolymerElectrolyteFuelCells–J.Omura,H.Yano,M.Watanabe,andH.Uchida(UniversityofYamanashi)

• 164 RelaxationPhaseAnalysisofLi-Co-OCathodeforSecondaryLithium-ionBattery–S.Nagashima,S.Park,T.Iwai,andT.Yao(KyotoUniversity)

• 165 EvaluationofCorrosionResistanceofGalvanizedSteelunderWet-DryCyclicCondition–T.Okazaki,E.Tada,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

• 166 TheDetectionofOdorVapors,H2SandCH3SH,bythePlanar-TypeZirconiaSensor–Y.Nagai,M.Mori,andY.Sadaoka(EhimeUniversity)

• 167 ElectrochemicalReactionMechanismofFeS2CathodeMaterialinAlCl3–EMICIonicLiquids–T.Mori,Y.Orikasa,K.Nakanishi(KyotoUniversity),T.Ohta(RitsumeikanUniversity),andY.Uchimoto(KyotoUniversity)

• 168 ZrO2coatingEffectofLiCoO2Thin-filmModelElectrodepreparedbyPLD–S.Mori(KyotoUniversity),D.Takamatsu(OfficeofSociety-AcademiaCollaborationforInnovation,KyotoUniversity),Y.Orikasa,Y.Koyama,H.Tanida(KyotoUniversity),T.Uruga(JapanSynchrotronRadiationResearchInstitute),H.Arai,Z.Ogumi,andY.Uchimoto(KyotoUniversity)

• 169 NovelGelPolymerElectrolytesBasedonEthyleneOxideContainingBlock-CopolymersforLithium-IonBatteries–M.Schaefer(InstitutfürPhysikalischeChemieWWUMünster),P.Isken(WestfälischeWilhelms-UniversityMünster),M.Winter,S.Passerini(UniversityofMünster),andA.Lex-Balducci(WestfälischeWilhelms-UniversityMünster)

• 170 PhaseTransformationMechanismduringCyclingofLi2FeSiO4–T.N.Masese,H.Arai,Y.Orikasa,T.Ina,C.Tassel(KyotoUniversity),K.Nakanishi,T.Ohta(RitsumeikanUniversity),K.Hiroshi,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

• 171 In SituXASStudyonEffectofPlatinumCatalystonCathodicReactioninNonaqueousLi–AirBatteries–J.Oyama(GraduateSchoolofHumanandEnvironmentalStudies,KyotoUniversity),Y.Orikasa(KyotoUniversity),andY.Uchimoto(GraduateSchoolofHumanandEnvironmentalStudies,KyotoUniversity)

• 172 BioelectrocatalyticConversionofAtmosphericCO2intoExtracellularOrganiccompoundsbyAcidithiobacillusferrooxidans–T.Ishii,T.Mogi(Universityoftokyo),K.Hashimoto,andR.Nakamura(TheUniversityofTokyo)

• 173 NewlyFoundElectrochemicalOscillationsdur-ingReductionofNitrateions–S.Yamamoto,Y.Mukouyama,R.Nakazato(TokyoDenkiUniversity),S.Nakanishi(TheUniversityofTokyo),andH.Okamoto(TokyoDenkiUniversity)

• 174 ElectrochemicalandSurfacePropertiesofMg–LiAlloys–H.Endo,Y.Sugawara,I.Muto,andN.Hara(TohokuUniversity)

• 175 EvaluationofInfluenceofActivatedCarbononPlantGrowth–K.OinoandY.Iida(KanagawaInstituteofTechnology)

• 176 RelaxationStructureAnalysisforLiInsertedLiNi1/3Mn1/3Co1/3O2CathodeMaterial–I.Seo,S.Park,andT.Yao(KyotoUniversity)

• 177 PerformanceEvaluationofanAnode-supportedHoneycombSolidOxideFuelCell–A.Fukushima,H.Nakajima,andT.Kitahara(KyushuUniversity)

• 178 SynthesisofCo-DopedLaP3O9byPrecipitationinPhosphoricAcidSolutions–Y.Adachi,N.Hatada,T.Onishi,A.Kuramitsu,andT.Uda(KyotoUniversity)

• 179 EffectofParticleSizeontheRelaxationofLiFePO4Cathode–S.Park,K.Kameyama,andT.Yao(KyotoUniversity)

• 180 ElectricalPerformanceChangebytheDifferenceintheProductionMethodsoftheAnodeforSOFC–G.Watanabe,N.Takahasi,T.Takatsuka,andH.Fukunaga(ShinshuUniversity)

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• 181 StructureandElectrochemicalPropertiesofLa2Li2x(CO)1-xO4withLayeredStructure–M.Iqbal(TokyoInstituteofTechnology),G.Kobayashi(KanagawaUniversity),H.Masaaki,R.Kanno(TokyoInstituteofTechnology),andM.Yonemura(HighEnergyAcceleratorResearchOrganization)

• 182 Li-AirBatteryUsingStabilizedAcetonitrileElectrolyte–K.Furukawa,Y.Yamada,M.Yaegashi,F.Li(TheUniversityofTokyo),H.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology),andA.Yamada(TheUniversityofTokyo)

• 183 ControlofGrowthDensityofMulti-walledCarbonNanotubesArrayandItsGasSensingProperties–M.Omae(RitsumeikanUniversity),T.Hashishin(JoiningandWeldingResearchInstitute,OsakaUniversity),K.Kojima,andJ.Tamaki(RitsumeikanUniversity)

• 184 ElectrochemicalStabilityofAusub-MLonPt/QCElectrode–T.KOBAYASHI,A.Kawamura,K.Katakura,andH.YAMADA(NaraNationalCollegeofTechnology)

• 185 ANovelGasandFlowSensorofPenetratingaPorousPolypyrroleNanofiberMat–T.JunandY.Kim(hanyangUniversity)

• 186 HydrogeninPlatinumFilmsElectrodepositedfromDinitorosulfatoplatinateSolution–N.Hisanaga(GraduateschoolofEngineering,UniversityofHyogo),N.Fukumuro,S.Yae,andH.Matsuda(UniversityofHyogo)

• 187 EvaluationofStressConditionofOperatedAnodeSupported-TypeSOFCunderOperatingConditionsBasedonRamanScatteringSpectroscopy–S.Onodera,M.Nagai,F.Iguchi,N.Sata,T.Kawada,andH.Yugami(TohokuUniversity)

• 188 DevelopmentofLow-TemperatureOperatingMicro-SOFCwithPerovskite-TypeProtonConductiveElectrolytes–Y.Inagaki,F.Iguchi,K.Kubota,S.Tanaka,N.Sata,M.Esashi,andH.Yugami(TohokuUniversity)

• 189 StudyonPhaseDiagramofLi-RichLayeredLi[Li0.2Ni0.18Co0.03Mn0.58]O2–Y.Irii,G.Kobayashi,T.Kataoka,T.Ikehara,F.Matsumoto(KanagawaUniversity),A.Ito(NissanMotorCo.,Ltd.),Y.Ohsawa,M.Hatano(NissanMotorCo.,Ltd),andY.Sato(KanagawaUniversity)

• 190 PreparationandPhotoluminescencePropertiesofSn/MnPhosphateZirconiumPhosphor–T.Nishizaki,S.Takase,andY.Shimizu(KyushuInstituteofTechnology)

• 191 SynthesisandElectrochemicalPropertiesofOrganogelElectrolytesBasedonLowMolecularWeightMolecules–M.Miura,A.Iuchi,Y.Morita,K.Kasatani,andH.Okamoto(YamaguchiUniversity)

• 192 ElectrochemicalCharacterizationofLanthanumCalciumTitaniumManganiteasPotentialDualElectrodeMaterialinSymmetricalSolidOxideFuelCell–H.Yoon,J.Zou,andJ.Chung(PohangUniversityofScienceandTechnology)

• 193 Depth-ResolvedXAFSStudyonSurfaceSegregationofLa1-xSrxCoO3-dElectrode–S.Sakou,Y.Orikasa(KyotoUniversity),E.J.Crumlin(MechanicalEngineeringDepartment,MassachusettsInstituteofTechnology),Y.Shao-Horn(MassachusettsInstituteofTechnology),K.Amezawa(TohokuUniversity),andY.Uchimoto(KyotoUniversity)

• 194 SynthesisandPhysicalPropertiesofIonicLiquidGelsBasedonNovelLowMolecularWeightGelators–T.Yoshida,T.Hirakawa,T.Nakamura,Y.Yamada,H.Tatsuno,Y.Morita,andH.Okamoto(YamaguchiUniversity)

• 195 SingleCrystalSiliconbasedSensor-TransistorCircuitbyThinFilmTransferProcess–S.Jeong,T.Oh,S.Chang,K.Choi,K.Lee,Y.Kim,H.Ha,andB.Ju(KoreaUniversity)

• 196 TheeffectofAuNanoparticleonMetalOrganicSemiconductorFieldeffectTransistoronPlasticSubstratebyTransferMethod–H.Ha,S.Jeong,T.Oh,S.Chang,Y.Kim,K.Lee,K.Choi,andB.Ju(KoreaUniversity)

• 197 IncreasingBothAnodicandCathodicStabilityofEther-BasedElectrolyteforLi-AirandLi-IonBatteries–M.Yaegashi,Y.Yamada,S.Nishimura(TheUniversityofTokyo),T.Abe(KyotoUniversity),andA.Yamada(TheUniversityofTokyo)

• 198 SolventExtractionUsingMicrochannelSystemforHighPurificationofSilica–N.Matsuo,Y.Matsui,Y.Fukunaka,andT.Homma(WasedaUniversity)

• 199 ControloftheMorphologyofSiNanostructureUsingSingle-StepMetalAssistedEtchingMethod–T.Yamaguchi,T.Shimizu,F.Inoue,C.Wang,S.Otsuka,Y.Tada(KansaiUniversity),M.Inada(KansaiUniveristy),andS.Shingubara(KansaiUniversity)

• 200 MaintainingProperHardnessandFrictionalPropertiesasaNoncyanideGoldBathisAged–J.R.Pillars(SandisNationalLaboratories)andW.Yelton(SandiaNationalLaboratories)

• 201 PolyoxometalatesinAsymmetricSupercapacitors–J.Suarez-Guevara,V.Ruiz,andP.Gomez-Romero(CIN2-CSIC)

• 202 ElectrochemicalConstructionandCharacterizationsofP-Copper(I)Oxide/N-ZincOxideNano-PillarPhotovoltaicDevice–T.Ohta,M.Kondo,J.Sasano(ToyohashiUniversityofTechnology),T.Shinagawa(OsakaMunicipalTechnicalReserchInstitute),T.Pauporté(CentreNationaldelaRechercheScientifique),andM.Izaki(ToyohashiUniversityofTechnology)

• 203 AKineticStudyofHydroxide,BicarbonateandCarbonateIonInter-ConversioninAnionExchangeMembranesforFuelCellsUsingFT-IRMicroscope–T.P.Pandey,J.L.Horan,M.Liberatore,andA.Herring(ColoradoSchoolofMines)

• 204 EffectofDissolvedGasinanIonicLiquidElectrolyteforLithiumandLithium/SodiumMetalAnode–J.K.StarkandP.Kohl(GeorgiaInstituteofTechnology)

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• 205 EffectofDopingontheIonicConductivityandBondingofReactivelySputterDepositedLithiumPhosphorusOxynitrideThinFilms–P.Mani,V.Singh,M.Real-Robert,S.Duranceau,S.Seal,andK.Coffey(UniversityofCentralFlorida)

• 206 RoomTemperatureFabricationofCrystallineGermaniumNanowiresbyElectrochemicalDepositionanditsApplicationasLiIonBatteryAnode–J.Gu,S.Collins,A.Carim,X.Hao,B.Bartlett,andS.Maldonado(UniversityofMichigan)

• 207 Wet-ChemicalPreparationofLi1.5Al0.5Ti1.5(PO4)3LithiumIonicCeramicThin-Films–C.Kubo,R.Aono,S.Takase,andY.Shimizu(KyushuInstituteofTechnology)

• 208 SynthesisofPt-IrCatalystsbyCoelectrodeposition:ApplicationtoAmmoniaElectrooxidationinAlkalineMedia–S.LeVot(UniversitéduQuébecàMontréal),L.Roué(INRS-ÉnergieMatériauxetTélécommunications),andD.Bélanger(UniversitéduQuébecàMontréal)

• 209 DirectEvaluationofOxygenChemicalPotentialinanSOFCCathodebyIn SituMicroXAS–Y.Fujimaki,H.Watanabe,Y.Kimura,K.Amezawa(TohokuUniversity),Y.Terada(JASRI),S.Hashimoto,andT.Kawada(TohokuUniversity)

• 210 AnEntirelyPrinted,RechargeableZinc-basedBattery–Z.Wang,B.Kim,J.W.Evans,andP.K.Wright(UniversityofCaliforniaatBerkeley)

• 211 TheeffectoftheDepositionConditionsontheElectrodepositionofSiNanopillarsinTMHATFSI–Y.Ishibashi,T.Akiyoshi,J.Komadina,Y.Fukunaka,andT.Homma(WasedaUniversity)

• 212 ConstructionofZincOxide/PhthalocyanineHybridPhotovoltaicDevice–R.Chizaki,K.Murata,J.Sasano(ToyohashiUniversityofTechnology),T.Shinagawa(OsakaMunicipalTechnicalReserchInstitute),S.Watase(OsakaMunicipalTechnicalResearchInstitute),andM.Izaki(ToyohashiUniversityofTechnology)

• 213 NovelSurfaceModificationTechniqueBasedontheLiquidPhaseDepositionUsingSolidFluorineScavenger–T.Hasegawa(GraduateSchoolofEngineering,KobeUniversity),S.Matsumoto,andM.Mizuhata(KobeUniversity)

• 214 Electro-OxidationofCOonPtinAlkalineMediaStudiedbyIn SituSurface-EnhancedInfraredAbsorptionSpectroscopy–J.Joo,T.Uchida(HokkaidoUniversity),M.T.Koper(LeidenUniversity),andM.Osawa(HokkaidoUniversity)

• 215 Ultra-StrongSilicon-CoatedCarbonNanotubeFabricasMulti-FunctionalLithiumIonBatteryAnodes–K.Evanoff,J.Benson(GeorgiaTech),M.Schauer(Nanocomp),I.Kovalenko(GeorgiaInstituteofTechnology),D.Lashmore(Nanocomp),J.Ready(GeorgiaTech),andG.Y.Yushin(GeorgiaInstituteofTechnology)

• 216 ModificationeffectsonStructuralChangesofLiMn2O4ElectrodeduringtheElectrochemicalProcess–K.Suzuki,K.Kim,S.Taminato,M.Komo,A.Hagiwara(TokyoInstituteofTechnology),J.Son(JapanSynchrotronRadiationResearchInstitute),T.Inami,H.Konishi,K.Tamura,J.Mizuki(JapanAtomicEnergyAgency),M.Hirayama,andR.Kanno(TokyoInstituteofTechnology)

• 217 VariationofCrackVoltageinAnodicAluminumOxide/AluminumSheetforHighPowerLEDApplications–H.Lee,H.Shin,andH.Lee(KoreaInstituteofIndustrialTechnology)

• 218 VisualizationofBubbleBehaviorinWaterElectrolyzerwithHigh-SpeedCamera–Y.Maeda,S.Tsukamoto,andK.Ito(KyushuUniversity)

• 219 MemoryEffectonChargeStorageinLayer-By-LayerFilmsofRod-ShapedMultinuclearComplexsonElectrodes–T.Suzuki,T.Ryo,andM.Haga(ChuoUniversity)

• 220 Nanoporousα-AluminaMembranewithHighChemicalResistancePreparedbyAnodizing–T.Masuda,H.Asoh,andS.Ono(KogakuinUniversity)

• 221 BiocompatibilityandCorrosionResistanceofMagnesiumCoatedwithHydroxyapatiteusingAlternativeImmersionMethod–D.Kobayashi,H.Asoh,andS.Ono(KogakuinUniversity)

• 222 ApplicationofArgon(70)+Nitrogen(30)PlasmaCoagulationinSwineMucosa–K.K.OuandM.M.Colley(TaipeiMedicalUniversity)

• 223 PreparationofFlexibleMicro-GlucoseSensor–T.Toba,N.Shiba,H.Matsuki,K.Edagawa,andM.Yasuzawa(UniversityofTokushima)

• 224 PreparationofNonspecificAdsorptionEliminatingSurfaceUsingPerhydropolysilazane–N.Shinsuke,K.Ikebata,K.Rikitake,S.Nomoto,T.Koike(TheUniversityofTokushima),andM.Yasuzawa(UniversityofTokushima)

• 225 StabilityofDifferentBis-TerpyridineMetalCationsunderAlkalineSolution–Y.Liu,M.Liberatore,andA.Herring(ColoradoSchoolofMines)

• 226 PhysicalandElectrolyticPropertiesofPartiallyFluorinatedChainEthersasSolventsforLithiumSecondaryBatteries–T.Satoh,N.Nambu(TokyoPolytechnicUniversity),M.Takehara,M.Ue(MitsubishiChemicalGroupScienceandTechnologyResearchCenter,Inc.),andY.Sasaki(TokyoPolytechnicUniversity)

• 227 Positive-Tone,Aqueous-Developable,PolynorborneneDielectric–B.K.Mueller,A.Grillo(GeorgiaInstituteofTechnology),E.Elce(PromerusLLC),andP.Kohl(GeorgiaInstituteofTechnology)

• 228 FabricationofNano-Structured(La,Sr)(Zn,Fe)O3CathodesforIntermediate-TemperatureSOFC–S.Hwang,J.Jang,G.Choi,S.Lee,O.Kwon,D.Lee(DaeguGyeongbukInstituteofScience&Technology),S.Mukherjee,andS.Park(UniversityofLouisville)

• 229 ShapeSelectiveFormationandGrowthofHighIndexPolyhedralGoldNanoparticlesandTheirActivitytoOxygenEvolution–B.C.Solomon,F.Ke,andX.Zhou(UniversityofSouthCarolina)

• 230 StudyofOpticalandStructuralPropertiesofSRSNFabricatedbyCat-CVDbelow200°C–S.Kang,K.Keum,J.Park,T.Song,J.Kim,andW.Hong(UniversityofSeoul)

• 231 TheStructure,ThermalExpansionPropertyandPolymorphismofSolidSolutionHo2Mo3-xWxO12–X.Liu,G.Yu(ShanghaiInstituteofTechnicalPhysics),andY.Liu(ChinaInstituteofAtomicEnergies)

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A2Nanotechnology General SessionAllDivisions/NewTechnologySubcommittee313C, Level 3, Hawaii Convention Center

Nanoparticles, Nanowires and Nanocomposite – 08:00 – 12:00Co-Chairs: Guoliang Xiao and Fanglin (Frank) Chen

08:00 232 GrowthofPtSubnano-ClustersonSurfaceLimitedAreasofPrussian-BlueNanoparticles–M.Ishizaki,S.Tsuruta,K.Kananizuka,M.Kurihara,andM.Sakamoto(YamagataUniversity)

08:20 233 NovelSynthesisMethodofCopperNanoparticlesbyControllingMetalComplexesinAqueousSolution–S.Yokoyama,H.Takahashi,andK.Tohji(TohokuUniversity)

08:40 234 CharacterizationAttributesofMetalOxideNanocomposites–M.Hockey,Q.Lin,andE.Calderas(BrewerScienceInc.)

09:00 235 FabricationandOpticalCharacteristicsofOrderedCrystallineZrO2NanowiresandNanoporousFilmsonGlass–S.Chu,Y.Hitoshi(IwateUniversity),H.Segawa,S.Inoue,andK.Wada(NationalInstituteforMaterialsScience)

09:20 236 ElectrochemicalSynthesisofCrystallineandCompositionally-UniformBi1-xSbxNanowireArrays–W.Yelton,S.Limmer,M.P.Siegal,D.Medlin,J.L.Lensch-Falk,M.Hekmaky,D.L.Overmyer,andJ.M.Rivera(SandiaNationalLaboratories)

09:40 Intermission(20Minutes)10:00 237 EffectsofThermalAnnealingonConducting

ZnONanowires:Conductor-To-SemiconductorTransitionandItsDeviceApplications–P.Jeon,Y.Lee,R.Ha,H.Choi,andS.Im(YonseiUniversity)

10:20 238 OxygenActivationonNanometer-SizeGoldNanoparticles–A.T.Staykov,K.Yoshizawa,andT.Ishihara(KyushuUniversity)

10:40 239 SynthesisofTailoredIntermetallicNanoparticleswithCore-ShellStructurebyElectrochemicalSelectivePhaseDissolution–G.Pigozzi(EMPASwissFederalLaboratoriesforMaterialsScienceandTechnology),D.Mukherji(TechnicalUniversityBraunschweig),andP.Schmutz(EMPASwissFederalLaboratoriesforMaterialsScienceandTechnology)

11:00 240 Annealing-InducedInterfacialFractureEnergyofSilverNanoparticleFilmsonSubstrateforReliablePrintedElectronics–I.Lee,S.Kim,J.Yun,I.Park,andT.Kim(Kaist)

11:20 241 AtomisticSimulationStudiesonOxidationofMetalNanoparticles–R.Subbaraman,S.A.Deshmukh,andS.Sankaranarayanan(ArgonneNationalLaboratory)

11:40 242 PhotoinducedSpectralandMorphologicalChangesofSinglePlasmonicSilverNanoparticlesonTiO2:TowardsSingleParticlePhotochromism–T.TatsumaandI.Tanabe(UniversityofTokyo)

Characterization of Nanomaterials – 14:00 – 16:00Co-Chairs: Fanglin (Frank) Chen and Sirikanda Nuansaeng

14:00 243 ElectoopticStudyofChargeCarriersinAlignedLiquidCrystallinePolymersTransistorsviaPolarizedChargeModulationSpectroscopy–M.Lee(KookminUniversity),Z.Chen(UniversitéAix-MarseilleIII),J.Lee(KookminUniversity),andH.Sirringhaus(UniversityofCambridge)

14:20 244 UseofFörsterResonanceEnergyTransfer(FRET)asaNewCharacterizationMethodfortheInterfaceinSustainableNanocomposites–J.W.Gilman,M.Zammarano(NationalInstituteofStandardsandTechnology),P.H.Maupin(U.S.DepartmentofEnergy),L.Sung,E.McCarthy,Y.S.Kim(NationalInstituteofStandardsandTechnology),D.Fox(AmericanUniversity),A.J.Berro,andI.Sacui(NationalInstituteofStandardsandTechnology)

14:40 245 NanoimagingandAnalysisofLocalizedSurfacePlasmon-InducedChargeSeparationandApplicationtoVersatilePhotochromism–E.Kazuma(TheUniversityofTokyo)andT.Tatsuma(UniversityofTokyo)

15:00 246 CharacterizationofTiO2ParticlesIrradiatedwithN2PlasmabyNewlyDevelopedPlasma-TreatmentSystem–K.Matsubara,M.Inoue,Y.Honda,andT.Abe(UniversityofToyama)

15:20 247 MappingofElectrochemicalInterfacesatNanoscaleDimensionsUsingAtomProbeTomography–A.C.HillierandY.Zhang(IowaStateUniversity)

15:40 248 MeasurementsofHydrogenSolubilityinPdCuThinFilms–J.Galipaud(INRS-ÉnergieMatériauxetTélécommunications),M.H.Martin(INRS-EMT),L.Roué,andD.Guay(INRS-ÉnergieMatériauxetTélécommunications)

B1Batteries and Energy Technology Joint General Session – In Honor of James McBreenBattery/EnergyTechnologyCoral 1, Mid-Pacific Conference Center, Hilton Hawaiian Village

Li Battery Cell – 08:00 – 12:20Co-Chairs: Sanjeev Mukerjee and Manickam Minakshi

08:00 MemoryofJamesMcBreen(20Minutes)08:20 320 AWonderfulLifeDedicatedtoEnergyResearch

InMemeryofJamesMcBreen–X.Yang,K.Nam(BrookhavenNationalLaboratory),S.Mukerjee(NortheasternUniversity),M.Balasubramanian(ArgonneNationalLaboratory),W.Yoon(SungkyunkwanUniversity),andK.Chung(KoreaInstituteofScienceandTechnology)

09:00 321 RecentAdvancesinNeutronImagingforBatteryCharacterization–D.S.Hussey,J.Kahn,O.Zilcha,D.Jacobson(NationalInstituteofStandardsandTechnology),B.Khaykovich(MassachusettsInstituteofTechnology),M.V.Gubarev(NASA),J.Gagliardo,andJ.Owejan(GeneralMotorsElectrochemicalEnergyResearchLaboratory)

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09:20 322 ApplicationofSynchrotron-BasedX-RayTechniquestoStudyThermalBehaviorofElectrodeMaterialsforLithiumRechargeableBatteries–W.Yoon(SungkyunkwanUniversity),K.Nam(BrookhavenNationalLaboratory),K.Chung(KoreaInstituteofScienceandTechnology),M.Balasubramanian(ArgonneNationalLaboratory),D.Jang(SungkyunkwanUniversity),J.Hanson,andX.Yang(BrookhavenNationalLaboratory)

09:40 Intermission(20Minutes)10:00 323 Solid-StateBatteries:AFiftyYearPerspective–

B.B.OwensandO.Yamamoto(MieUniversity)10:20 324 RechargeableLithiumBatteryElectrodesUsing

aMultifunctionalPolymerBinder–A.E.Javier,S.N.Patel(UniversityofCalifornia–Berkeley),andN.P.Balsara(LawrenceBerkeleyNationalLaboratory)

10:40 325 AnEmpiricApproachtotheEstimationofStateofChargeofLithiumCellsandRangeofanElectricVehicle–G.Davolio,R.Giovanardi(UniversitàdiModenaeReggioEmilia),andC.Lanciotti(KEMETElectronicsItalia)

11:00 326 DesigningAdvancedHybridMaterialsforRechargeableLithiumBatteries–Y.Guo(ChineseAcademyofSciences)

11:20 327 SubstationInstallationsofElectrovaya’sMWh-ScaleLithium-IonSuperPolymerBatteriesforSmartGridApplications–R.DasGupta(ElectrovayaInc.)

11:40 328 NanostructuredCompositesforEnergyStorageApplications–D.Wang,S.Chen,Z.Song,T.Xu,J.Song,R.Yi,F.Dai,andM.Gordin(ThePennsylvaniaStateUniversity)

12:00 329 PolymerGelElectrolytesforLithium-IonBatteries–M.Gnanavel,M.Patel,andA.J.Bhattacharyya(IndianInstituteofScience)

Coral 2, Mid-Pacific Conference Center, Hilton Hawaiian Village

Li Battery Cathodes – 08:00 – 12:00Co-Chairs: Hajime Arai and A. Manivannan

08:00 330 Nanostructuredβ-Li3PS4forAll-SolidLithium-SulfurBatteries–C.Liang,Z.Lin,Z.Liu,N.J.Dudney,A.J.Rondinone,andE.Payzant(OakRidgeNationalLaboratory)

08:20 331 KineticallyAsymmetricReactionPathwaysonChargingandDischargingLiNi0.5Mn1.5O4Electrodes–K.Sato,H.Arai,Y.Orikasa,H.Murayama,Y.Koyama,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

08:40 332 High-Capacity0.4Li2MnO3·0.6LiNi2/3Mn1/3O2withExcellentCyclabilityforLithium-IonBatteries–Y.Jiang,Z.Yang,andY.Huang(HuazhongUniversityofScienceandTechnology)

09:00 333 FabricationofMacroporousLi2FeSiO4/CarbonMonolithsforaLithium-IonBattery–G.Hasegawa,M.Sannohe,K.Kanamori,K.Nakanishi,andT.Abe(KyotoUniversity)

09:20 334 AgxVyOzPO4:SilverVanadiumPhosphorousOxidesasCathodeMaterialsinLithiumBatteries–E.S.Takeuchi,A.C.Marschilok,andK.J.Takeuchi(StonyBrookUniversity)

09:40 Intermission(20Minutes)10:00 335 SeleniumandSeleniumSulfide−ANew

ClassofPositiveElectrodeMaterialforRoomTemperatureLithiumandSodiumRechargeableBatteries–A.Abouimrane,D.Dambournet,K.W.Chapman,P.J.Chupas,W.Weng,Y.Cui,H.ElTayeb,andK.Amine(ArgonneNationalLaboratory)

10:20 336 OpenFrameworkElectrodesforStationaryStorageDevices–C.D.Wessells,M.Pasta,R.A.Huggins,andY.Cui(StanfordUniversity)

10:40 337 SolidStateLithiumSulfurBatteriesUsingaNanostructuredBlockCopolymerElectrolyte–A.A.Teran(UniversityofCalifornia,Berkeley)andN.P.Balsara(LawrenceBerkeleyNationalLaboratory)

11:00 338 SphericalCarbon/SulfurCompositeCathodesforRechargeableLithiumBatteries–M.A.Loth,F.Rogers,R.Chen,C.Swartz,U.Graham,andS.M.Lipka(UniversityofKentucky)

11:20 339 SnS2-GrapheneNanocompositeforAdvancedLithium-IonBattery–L.Ji,H.L.Xin,T.R.Kuykendall,S.Wu,H.Zheng,M.Rao,E.J.Cairns,V.Battaglia,andY.Zhang(LawrenceBerkeleyNationalLaboratory)

11:40 340 V2O5NetworkStructureasCathodeforLithium-IonBatteries–Y.Xu,M.Dunwell,andH.Luo(NewMexicoStateUniversity)


Li Battery Anodes – 14:00 – 16:00Co-Chairs: A. K. Shukla and V. Battaglia

14:00 341 EnhancementofLiInsertionCapacityofCarbonAnodeontheBasisofFaradaicAdsorptionCombinedwithNano-IonicsMechanism–T.Takamura(HarbinInstituteofTechnology),J.Suzuki,K.Sumiya,andK.Sekine(RikkyoUniversity)

14:20 342 MicrowaveSynthesisofGraphene/SnNanocompositeAnodesforLithium-IonBatteries–F.R.Beck,R.Epur(UniversityofPittsburgh),A.Manivannan(U.S.DepartmentofEnergy),andP.N.Kumta(UniversityofPittsburgh)

14:40 343 UnderstandingCycleLifeFailureMechansimsinGraphite-SiliconAlloyCompositeElectrodesbyElectrochemicalCalorimetry–L.J.Krause(3MCorporateResearchLaboratory),L.Liu,L.Jensen(3MCo.),V.L.Chevrier(3MCorporateResearchLaboratory),andJ.Singh(3MCo.)

15:00 344 ToughSolidCompositeElectrolytestoEnableLithiumMetalAnodes–W.E.Tenhaeff,K.A.Perry(OakRidgeNationalLaboratory),E.Herbert(TheUniversityofTennessee),S.Kalnaus,andN.J.Dudney(OakRidgeNationalLaboratory)

15:20 345 StudyofConversionReactionsinNiOUsingTransmissionElectronMicroscopyandElectronEnergyLossSpectroscopy–A.K.Shukla,U.Boesenberg,andJ.Cabana(LawrenceBerkeleyNationalLaboratory)

15:40 346 ElectrochemicalVersitilityofCarbonforEnergyStorageApplication–L.A.Riley,H.Constantino,andA.Feaver(EnerG2)

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Electrolyzer – 14:00 – 16:00Co-Chairs: G. Botte and Kathy Ayers

14:00 347 CombinedExperimentalandTheoreticalStudyofNitrogenReductiononNovelMo-NCatalystMaterial–I.Matanovic,K.Armstrong,L.Daemon(LosAlamosNationalLaboratory),J.Eckert(UniversityofSouthFlorida),F.H.Garzon,A.H.Mueller,andN.J.Henson(LosAlamosNationalLaboratory)

14:20 348 ChallengesinWaterElectrolysisandItsDevelopmentPotentialasaKeyTechnologyforRenewableEnergies–J.Mergel(ForschungszentrumJülich)andD.Stolten(ForschungszentrumJülichGmbH)

14:40 349 ElectrochemicalModelingofAnodeSupportedSolidOxideElectrolyzerCells(SOEC)inElectrolysisofCarbonDioxide–J.Njodzefon(KarlsruheInstituteofTechnology),A.Weber(KarlsruherInstitutfürTechnologie),andE.Ivers-Tiffée(KarlsruheInstituteofTechnology)

15:00 350 NovelFluorineDopedTransitionMetalOxide(RuxSn1-xO2:F)OxygenEvolutionElectro-CatalystsforHydrogenGenerationfromPEMBasedWaterElectrolysis–K.Kadakia,M.Datta,O.Velikokhatnyi,andP.N.Kumta(UniversityofPittsburgh)

15:20 351 NanostructuredNickelHydroxidesforUreaElectrolysis–D.Wang,W.Yan,S.Vijapur,andG.G.Botte(OhioUniversity)

15:40 352 SynthesisofActiveFibrousPerovskiteCatalystandItsApplicationforHydrogenProduction–Y.Jeon,D.Park,M.Park,G.Lee(YonseiUniversity),J.Park(KyushuUniversity),andY.Shul(YonseiUniversity)

B2Electrochemical CapacitorsBattery/PhysicalandAnalyticalElectrochemistrySouth Pacific 4, Mid-Pacific Conference Center, Hilton Hawaiian Village

Pseudocapacitance I – 08:00 – 09:40Co-Chairs: J. Long and W. Sugimoto

08:00 487 ACriticalViewonGraphene-MetalOxideBasedElectrochemicalSupercapacitors–P.Gao(InstitutCharlesGerhardtMontpellier),S.Baek,N.Pinna(SeoulNationalUniversity),F.Moser,T.Brousse(UniversityofNantes),andF.Favier(InstitutCharlesGerhardtMontpellier)

08:40 488 TuningtheElectrolyticManganeseOxide/GrapheneOxideNanocompositesforHigh-EnergyAsymmetricElectrochemicalCapacitorsinAqueousElectrolytes–K.I.Ozoemena(CouncilforScientificandIndustrialResearch),C.J.Jafta(CSIR),M.K.Mathe(CouncilforScientificandIndustrialResearch),andS.Chen(UniversityofCalifornia)

09:00 489 PseudocapacitiveBehaviorofHierarchicalPorousCarbide-DerivedCarbonwithIntegratedNiobiumPentoxideNanoparticles–V.Presser(DrexelUniversity),E.Perre(UniversityofCalifornia),M.Lukatskaya(DrexelUniversity),B.Dunn(UniversityofCalifornia),andY.Gogotsi(DrexelUniversity)

09:20 490 MnO2/CarbonNanocompositeElectrodePreparedViaMolecularBridging–C.RamirezCastro(UniversityofNantes),R.Retoux(UniversitédeCaenBasse-Normandie),A.Morel,O.Crosnier,L.Athouël,P.Guillemet,F.Moser,C.Martin(UniversityofNantes),D.Bélanger(UniversitéduQuébecàMontréal),andT.Brousse(UniversityofNantes)

Pseudocapacitance II – 10:00 – 12:00Co-Chairs: F. Favier and J. M. Ko

10:00 491 HydrousRutheniumOxide:APseudocapacitanceChampwithLessonsofRelevancefortheRedesignofEnergy-StorageArchitectures–D.R.Rolison(U.S.NavalResearchLaboratory)

10:40 492 AnInvestigationofNanostructuredThinFilmα-MoO3BasedSupercapacitorElectrodesinanAqueousElectrolyte–B.MendozaSanchez(UniversityofOxford),T.Brousse,C.RamirezCastro(UniversityofNantes),V.Nicolosi,andP.Grant(UniversityofOxford)

11:00 493 KineticandMassTransportPhenomenainDifferentPhasesofManganeseDioxideforApplicationinElectrochemicalCapacitors–M.DupontandS.W.Donne(UniversityofNewcastle)

11:20 494 TransitionMetalNitridesThinFilmsforSupercapacitorApplications–S.Bouhtiyya(UniversitédeLorraine),R.Lucio-Porto,J.Ducros(UniversitédeNantes),P.Boulet,F.Capon(UniversitédeLorraine),T.Brousse(UniversityofNantes),andJ.Pierson(UniversitédeLorraine)

11:40 495 NewDevelopmentsinColloidalFabricationofManganeseDioxide-CarbonNanotubeElectrodesofSupercapacitors–I.Zhitomirsky(McMasterUniversity)

Pseudocapacitance III – 14:00 – 18:00Co-Chairs: S.-G. Park and A. Balducci

14:00 496 ResearchonConductingPolymer/CarbonCompositeSupercapacitors:TowardEnhancedCycleStabilityandPowerPerformance–N.N.WuandY.Weng(NationalTaiwanUniversity)

14:40 497 Polyaniline-MnO2NanocompositeSupercapacitorElectrodesPreparedbyGalvanicPulsePolymerization–G.PandeyandA.Rastogi(BinghamtonUniversity(SUNY))

15:00 498 ElectrochemicalCodepositionofPolyanilineandTungstenOxideforSupercapacitor–B.ZouandX.Liu(NorthesternUniversity)

15:20 499 AqueousHybridCapacitorBasedonDoping/DedopingofLithium-IonintoConductingPolymer–J.Ahn(KoreaInstituteofIndustrialTechnology),Y.Shul(YonseiUniversity),andH.Kim(KoreaInstituteofIndustrialTechnology)

15:40 500 BinderFreeThickElectrodesofPolyanilineNanofibers/MultiwalledCarbonNanotubes–M.Hyder,S.Lee,Y.Shao-Horn,andP.Hammond(MassachusettsInstituteofTechnology)

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B4Intercalation Compounds for Rechargeable BatteriesBatterySouth Pacific 2, Mid-Pacific Conference Center, Hilton Hawaiian Village

Cathode I – 08:00 – 12:25Co-Chairs: Christopher Johnson and Shirley Meng

08:00 IntroductoryRemarks(5Minutes)08:05 619 IronandManganeseBasedCathodeMaterialsfor

ElectrochemicalEnergyStorage–K.J.Takeuchi,A.C.Marschilok,andE.S.Takeuchi(StonyBrookUniversity)

08:25 620 ElectrochemicalandStructuralPropertiesofLi-RichLayeredCathodeMaterialLi1.2Ni0.2Mn0.6O2–T.Sasakawa,Y.Harada,H.Inagaki,N.Takami(ToshibaCorporation),N.Kitamura,andY.Idemoto(TokyoUniversityofScience)

08:45 621 ElectrochemicalPropertyofNanoSizeMultipleTransitionMetalOxidesSynthesizedfromLayeredDoubleHydroxide–N.Sonoyama,S.Hayashi,T.Toba,andZ.Quan(NagoyaInstituteofTechnology)

09:05 622 Ion-ExchangeSynthesisandIntercalationProcessofLi1.05Na0.02Ni0.21Mn0.63O2CathodesforLi-IonBatteries–M.Slater,S.Rood,D.Kim,S.Kang,E.Lee,V.Maroni,D.Bass(ArgonneNationalLaboratory),A.DeWahl,S.Hackney(MichiganTechnologicalUniversity),andC.S.Johnson(ArgonneNationalLaboratory)

09:45 Intermission(20Minutes)10:05 623 Li2MnO3-BasedPositiveElectrodeMaterials;

MaterialsDesign,Synthesis,andStructuralStability–N.Yabuuchi,Y.Aoki,R.Hara,andS.Komaba(TokyoUniversityofScience)

10:45 624 ChangeofLocal,AverageandElectronicStructures,andPropertybyHeat-TreatmentunderVacuumReducingConditionandCharge-DischargeProcessinLi1.2Mn0.567Ni0.167Co0.067O2–Y.Idemoto,T.Kashima,andN.Kitamura(TokyoUniversityofScience)

11:05 625 SurfaceControlandMulti-CompositeCathodes–A.Mauger(UniversitéPierreetMarieCurie),K.Zaghib(InstitutdeRecherched’Hydro-Québec),H.Groult,andC.M.Julien(UniversitéPierreetMarieCurie)

11:25 626 ImprovementinElectrochemicalPerformancesofLi[NixMnyCoz]O2UponCyclingandStorage–J.Kim(MitsubishiChemicalGroupScienceandTechnologyResearchCenterInc.)

11:45 627 StructuralandElectrochemicalPropertiesofLiNi1/3Co1/3Mn1/3O2PositiveElectrodeMaterialModifiedbyCoatingwithAlOxides(2)–Y.Sasaki(HitachiMaxellEnergy,Ltd.),Y.Kikuzono(ResearchInstituteforUbiquitousEnergyDevices,AIST,1-8-31,Midorigaoka,Ikeda,Osaka563-8577Japan),N.Fukiya(ResearchInstituteforUbiquitousEnergyDevices,AIST,1-8-31,Midorigaoka,Ikeda,Osaka563-8577Japan),N.Taguchi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),K.Araki,K.Okamura(KyotoUniversity),K.Kojima,F.Kita(HitachiMaxellEnergyLtd.),T.Takeuchi,H.Sakaebe,K.Tatsumi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andZ.Ogumi(KyotoUniversity)

12:05 628 EpitaxialGrowthofLiCoO2ThinFilmonSingleCrystalSubstratebySol-GelMethod–T.Kwon,T.Ohnishi,K.Akatsuka,R.B.Cervera,andK.Takada(NationalInstituteforMaterialsScience)

Computation – 14:00 – 16:00Co-Chairs: Katsuyo Thornton and Yukinori Koyama

14:00 629 SimulationsofCharge-DischargeProcessesinanIntercalationCompoundattheNanoscale–B.Orvananos(UniversiyofMichigan),H.Yu(UniversityofMichigan),R.Malik(MassachusettsInstituteofTechnology),C.P.Grey(UniversityofCambridge),G.Ceder(MassachusettsInstituteofTechnology),andK.Thornton(UniversityofMichigan)

14:40 630 First-PrinciplesCalculationsonDefectChemistryinLayeredLithiumTransition-MetalOxides–Y.Koyama,H.Arai,I.Tanaka,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

15:00 631 First-PrinciplesStudyofTwo-PhaseInterfaceinLiFePO4–Y.Asari,Y.Suwa,T.Hamada(Hitachi,Ltd.),V.Dinh,J.Nara,andT.Ohno(NationalInstituteforMaterialsScience)

15:20 632 DesignCriteriaforElectrochemicalShockResistantBatteryElectrodeParticles–W.H.Woodford,W.Carter,andY.Chiang(MassachusettsInstituteofTechnology)

15:40 633 ElectronicModelofIntercalationofAlkalineIonsintoTransitionMetalOxides–J.Molenda(AGHUniversityofScienceandTechnology)

B5Interfaces and Interphases in Battery SystemsBattery/EnergyTechnologyHonolulu 1, Tapa Conference Center, Hilton Hawaiian Village

Interfaces and Interphases in Battery Systems I – 08:00 – 12:00Co-Chairs: Robert Kostecki and Jason Graetz

08:00 718 StudiesonReactionsandStructuresatElectrode/ElectrolyteInterfaceUsingEpitaxialModelElectrodes–R.Kanno,M.Hirayama(TokyoInstituteofTechnology),andK.Tamura(JapanAtomicEnergyAgency)

08:40 719 In SituXASandXRDStudiesonElectrode/ElectrolyteInterfaceofLixCoO2Thin-FilmElectrode–D.Takamatsu,S.Mori,K.Shimada,Y.Orikasa,T.Kawaguchi,H.Murayama(KyotoUniversity),T.Hirano(Hitachi,Ltd.),M.Sato(JASRI/SPring-8),H.Tanida,Y.Koyama,H.Arai,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

09:00 720 RevealingPositiveElectrodeOxideChangesonElectrochemicalCyclingbyIn SituElectronMicroscopy–D.J.Miller,C.Proff,J.Wen,andD.P.Abraham(ArgonneNationalLaboratory)

09:20 721 LithiumDepletionintheSolidElectrolyteAdjacenttoCathodeMaterials–H.Yamada,K.Suzuki,Y.Oga,I.Saruwatari,andI.Moriguchi(NagasakiUniversity)

09:40 Intermission(20Minutes)10:00 722 AdvancedCharacterizationandFirstPrinciples

ModelingofSurfaceandInterfacesofLithiumIntercalationCompounds–Y.Meng(UniversityofCaliforniaSanDiego)

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10:40 723 ElectrochemicalImpedanceAnalysisandApplicationsofPorousElectrodesforLithium-IonBatteries–N.Ogihara,Y.Itou,S.Kawauchi,C.Okuda,Y.Takeuchi,andY.Ukyo(ToyotaCentralR&DLabs.,Inc.)

11:00 724 In SituAtomicForceMicroscopyStudiesofSurfaceLayerFormationonLiMn2O4ThinFilms–N.Missert,R.Garcia,andJ.M.Rivera(SandiaNationalLaboratories)

11:20 725 TheEffectofZrO2CoatingonNanoSizeLiCoO2CathodeforLithium-IonBatteries–Y.Kusachi,T.Shimizu,Y.Orikasa,andY.Uchimoto(KyotoUniversity)

11:40 726 Phosphate-BasedAdditivesforHighVoltageLi-IonBatteriesandTheirDerivatives–A.V.Cresce(U.S.ArmyResearchLaboratory)andK.Xu(U.S.ArmyResearchLaboratory)

Interfaces and Interphases in Battery Systems II – 14:00 – 16:00Co-Chairs: Bor Yann Liaw and Shirley Meng

14:00 727 Two-Layer/Two-MechanismModelofLi-IonDiffusioninSolidElectrolyteInterphase–S.Shi(BrownUniversity),Y.Qi(GeneralMotorsR&DCenter),P.Lu(TrisonBusinessSolutionInc.),Z.Liu(GeneralMotors),L.G.HectorJr.,andS.J.Harris(GeneralMotorsR&DCenter)

14:40 728 EffectofGraphiteOrientationonSolid-Electrolyte-InterphaseFormationandCharacterization–M.Tang(LawrenceBerkeleyNationalLaboratory),K.Miyazaki(KyotoUniversity),J.Newman(UniversityofCalifornia,Berkeley),andT.Abe(KyotoUniversity)

15:00 729 Real-TimeDynamicsduringRechargingCycles–J.Keist,B.ElDasher,S.Torres(LawrenceLivermoreNationalLaboratory),J.W.Evans,P.K.Wright(UniversityofCaliforniaatBerkeley),F.Ross(IBMWatson),D.Steingart(CityCollegeNewYork),andC.Orme(LawrenceLivermoreNationalLaboratory)

15:20 730 SimultaneousCouplingofKineticMonte-CarloSimulationswithContinuumModelstoExamineCapacityFade–P.Northrop(WashingtonUniversity),R.Braatz(MassachusettsInstituteofTechnology),andV.Subramanian(WashingtonUniversity)

15:40 731 DiffusionLimitationsoftheLiquidMetalBattery–G.A.Thompson,S.A.Barriga,U.P.Muecke,andD.R.Sadoway(MassachusettsInstituteofTechnology)

B6Lithium-Ion BatteriesBattery/EnergyTechnologyCoral 3, Mid-Pacific Conference Center, Hilton Hawaiian Village

Lithium-Ion Batteries: Cathodes I (Lithium Metal Phosphate Systems)– 08:00 – 09:40Co-Chairs: Gao Liu and Vince Battaglia

08:00 773 PhaseTransitionBehaviorofLiFePO4BasedCathodeMaterials–Y.Zhou,X.Wang,X.Yu,K.Nam,E.Hu,J.Liu,andX.Yang(BrookhavenNationalLaboratory)

08:20 774 Multi-Scale,MultiphaseMathematicalModelingofLiFePO4Cathodes–T.W.FarrellandS.Dargaville(QueenslandUniversityofTechnology)

08:40 775 PhaseTransitionStudyofLiFePO4NanowiresinLi-IonBattery–J.Niu,A.Kushima,L.Qi(MassachusettsInstituteofTechnology),J.Huang(SandiaNationalLaboratories),andJ.Li(MassachusettsInstituteofTechnology)

09:00 776 ThermalStabilityofBinaryOlivineLi1-yFe1-xMnxPO4[0≤x,y≤1]forLiRechargeableBattery–J.Kim,K.Park,I.Park(SeoulNationalUniversity),J.Yoo(KAIST),J.Hong,andK.Kang(SeoulNationalUniversity)

09:20 777 ANovelDouble-StructuredLiMn0.85Fe0.15PO4:LiFePO4Core-ShellMaterialsforRechargeableLithium-IonBatteries–S.Oh(HanyangUniversity),S.Myung(SejongUniversity),J.Park(HanyangUniversity),B.Scrosati(UniversityofRomeSapienza),K.Amine(ArgonneNationalLaboratory),andY.Sun(HanyangUniversity)

Lithium Batteries: Alternative Chemistries – 08:00 – 09:40Co-Chairs: Yong Yang and Faisal Alamgir

08:00 778 3DNanoporousCurrentCollectorsforAdvancedThinFilmMicrobatteries–S.Gowda,A.Reddy,andP.Ajayan(RiceUniversity)

08:20 779 HighEnergyCells:Lithium-SulfurandLithium-Sulfur-Silicon–M.Hagen(FraunhoferICT),S.Dörfler(FraunhoferIWS),E.Quiroga-González(Christian-Albrechts-UniversityofKiel),H.Althues(FraunhoferIWS),J.Tübke(FraunhoferICT),andH.Föll(Christian-Albrechts-UniversityofKiel)

08:40 780 EffectofInitialSulfurMorphologyonCapacityandCycle-LifeofLithium-SulfurBatteries–H.Jha,A.Eberle,S.Eckstein,H.A.Gasteiger(TechnischeUniversitätMünchen),C.Poggi,andO.Gröger(VolkswagenAktiengesellschaft,D-38436Wolfsburg,Germany)

09:00 781 LargeSelf-WeavingSulfur-MWCNTCompositeCathodesforHighRateLithium-SulfurBatteries–Y.SuandA.Manthiram(TheUniversityofTexasatAustin)

09:20 782 HollowCarbonBalls-SulfurCompositeinAdvancedConfigurationLithiumBattery–D.Lee(HanyangUniversity),J.Hassoun(UniversityofRomeSapienza),J.Park(HanyangUniversity),B.Scrosati(UniversityofRomeSapienza),andY.Sun(HanyangUniversity)


Lithium-Ion Batteries: Cathodes I (Lithium Metal Phosphate Systems) – 10:00 – 12:00Co-Chairs: Vince Battaglia and Gao Liu

10:00 783 ExperimentalObservationofCoherentStrainEffectsonPhaseSeparationinLiFePO4Electrode–K.Tokuda,T.Kawaguchi,T.Ichitsubo,E.Matsubara,K.Fukuda,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

10:20 784 HydroThermalSynthesizedLiFePO4ModifiedbyLi4P2O7andCarbonCoatings–J.Chong,S.Xun,X.Song,G.Liu,andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

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10:40 785 ComparisonofChargeTransferResistanceforDifferentLiFePO4-Electrodes–J.Illig,M.Ender,andE.Ivers-Tiffée(KarlsruheInstituteofTechnology(KIT))

11:00 786 AComparativeStudyonA2MnPO4F(A=NaandLi)CathodesforRechargeableBatteries–S.Kim(StateUniversityofNewYorkatStonybrook),D.Seo,H.Kim,K.Park,H.Kim,andK.Kang(SeoulNationalUniversity)

11:20 787 OlivineTypeCathodesforStationaryLithium-IonBatteries–D.Choi,Y.Choi,Q.Huang,W.Wang,J.Liu,J.Zhang,L.Pederson,andV.Sprenkle(PacificNorthwestNationalLaboratory)

11:40 788 NanosizedEffectonCharge-DischargePropertyofLiMnPO4EmbeddedinPorousCarbons–S.Aono,K.Urita,H.Yamada,andI.Moriguchi(NagasakiUniversity)


Lithium Batteries: Alternative Chemistries – 10:00 – 12:00Co-Chairs: Faisal Alamgir and Yong Yang

10:00 789 SynthesisandCharacterizationofHybridOrganic-InorganicCompositeElectrodesforLi-BasedBatteries–C.M.Lopez(CICEnergigune),P.Sánchez-Fontecoba(UniversityoftheBasqueCountry),S.Pérez-Villar,V.Roddatis,andT.Rojo(CICEnergigune)

10:20 790 ModelingFailureduetoRedistributioninLithium-metalBatteries–A.Ferrese(UCBerkeley)andJ.Newman(UniversityofCalifornia,Berkeley)

10:40 791 SolidStateFluorideIonBatteries–A.Munnangi,R.Witter,andM.Fichtner(KarlsruheInstituteofTechnology)

11:00 792 Rechargeable,Lithium-ionMoltenSaltBatteryforHighTemperatureApplications–J.Caja(ElectrochemicalSystems,Inc.),T.J.Dunstan(ElectrochemicalSystemsInc.),andM.Caja(ElectrochemicalSystems,Inc.)

11:20 793 FabricationofLi1+xTi2-xO4ElectrodeforAll-Solid-StateLithium-IonRechargeableBatteriesUsingaNovelFluxCoatingMethod–H.Kojima,K.Teshima,H.Wagata,Y.Mizuno,andS.Oishi(ShinshuUniversity)

11:40 794 InOperando,Naked,andHot:HighTemperatureBatteriesWithoutPackaging–C.F.Petersburg,K.Bogaert,andF.M.Alamgir(GeorgiaInstituteofTechnology)


Lithium-Ion Batteries: Cathodes I (Lithium Metal Phosphate Systems) – 14:00 – 15:40Co-Chairs: Linda Nazar and Stefano Passerini

14:00 795 (ECSBatteryDivisionResearchAward)HighCapacityIntercalationMaterialsforLi-IonandNa-ionBatteries–S.Passerini(UniversityofMünster)

14:40 796 ImprovementofBatteryPerformancesofLiCoPO4asCathodeMaterialforLithiumIonBatteries–J.Yoshida,S.Nakanishi,andH.Iba(ToyotaMotorCorporation)

15:00 797 CombinedFirst-PrincipleCalculationsandExperimentalStudyofDopingEffectinLiFe0.95M0.05PO4(M=Na,Mg,Zn,Mn,Ni)–Z.Wang,L.Yuan,andY.Huang(HuazhongUniversityofScienceandTechnology)

15:20 798 LithiumIronPhosphateWiredbyCarbonNanotubesforHighRateCapabilityLithium-ionBatteries–A.J.BhattacharyyaandM.Gnanavel(IndianInstituteofScience)


Lithium-Ion Batteries: Cell Design Aspects – 14:00 – 15:40Co-Chairs: Gen Inoue and Jan Prochazka

14:00 799 RapidChargeandDischargePropertyofHighCapacityLithiumIonBatteryapply-ing3D-PatternedElectrode–M.Sanada(DainipponSreenMfg.Co.,Ltd),K.Furuichi,K.Teraki,T.Matsuda,K.Hiramatsu,D.Ueda,A.Izumi(DainipponSCREENMfg.Co.,Ltd.),H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

14:20 800 Advancesin3DLithiumBatteryTechnology–J.Prochazka(HE3DA,Ltd)

14:40 801 HighPower3DLithiumBattery–J.Prochazka(HE3DA,Ltd)

15:00 802 LithiumIonBatteries:3-DMulti-scaleTomography–F.Tariq(ImperialCollegeLondon),P.Shearing(UniversityCollegeLondon),V.Yufit(ImperialCollegeLondon),J.Gelb(XradiaInc),R.Bradley,P.Withers(UniversityofManchester),andN.Brandon(ImperialCollegeLondon)

15:20 803 EffectofBinderDistributioninLIBElectrodeonMassTransportPerformance–G.Inoue(KyotoUniversity),T.Matsuoka,Y.Matsukuma,andM.Minemoto(KyushuUniversity)

B7Metal-Air BatteriesBattery/EnergyTechnology/Fullerenes,Nanotubes,andCarbonNanostructuresNautilus 1, Mid-Pacific Conference Center, Hilton Hawaiian Village

Air Electrode – 08:00 – 11:40Co-Chairs: Jie Xiao and Fanny Barde

08:00 1099 (Invited)Metal-AirBatteries:ARealityCheck–S.Whittingham(SUNY)

08:40 1100 VeryHighSpecificSurfaceAreaCapacityLithium-AirBattery–P.Stevens,G.Toussaint(ElectricitédeFrance),P.Vinatier,andL.Puëch(UniversitédeBordeaux)

09:00 1101 AVersatileCompositeElectrodeDesignforMetal-AirBatteries–A.C.Marschilok,E.S.Takeuchi,andK.J.Takeuchi(StonyBrookUniversity)

09:20 1102 ComparisonofAirCathodesandAluminiumAnodesforHigh-PowerDensityAlkalineAluminium-AirBatteries–D.MacAodhagáin,C.Ponce-de-Leon-Albarran,R.J.Wood(UniversityofSouthampton),K.R.Stokes(DSTL,UK),andF.C.Walsh(UniversityofSouthampton)

09:40 Intermission(20Minutes)

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10:00 1103 (Invited)CyclingStabilityandChargingBehaviorofCarbonNanotubeElectrodesforLi-O2Batteries–B.M.Gallant,R.R.Mitchell,C.V.Thompson,andY.Shao-Horn(MassachusettsInstituteofTechnology)

10:40 1104 N-DopedGrapheneNanosheetforLi-AirFuelCellunderAcidicConditions–E.Yoo(AdvancedIndustrialScienceAndTechnology),J.Nakamura(UniversityofTsukuba),andH.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology)

11:00 1105 StructureofLi2O2DischargeProductsonFree-StandingAlignedCarbonNanotubeElectrodesforLi-AirBatteries–R.R.Mitchell,B.M.Gallant,Y.Shao-Horn,andC.V.Thompson(MassachusettsInstituteofTechnology)

11:20 1106 GrapheneandN-DopedGrapheneasCathodesforLi-AirBatteries–Y.Li,J.Wang,X.Li,D.Geng,R.Li,andX.A.Sun(UniversityofWesternOntario)

Reaction Meachanism – 13:00 – 15:30Co-Chairs: Yang Shao-Horn and Nobuyuki Imanishi

13:00 1107 (Invited)PromotingIdealReactionProcessesintheRechargeableNon-AqueousLi-AirBattery–F.Bardé(ToyotaMotorEurope),Y.Chen,S.A.Freunberger,andP.Bruce(UniversityofSt.Andrews)

13:30 1108 (Invited)FundamentalElectrochemistryinNon-AqueousLi-air–B.McCloskey(IBMResearch),A.Speidel,R.Scheffler(VolkswagenofAmerica),V.Viswanathan,J.S.Hummelshøj,J.K.Nørskov(StanfordUniversity),andA.Luntz(IBMAlmadenResearch)

14:00 1109 (Invited)Metal-AirTechnologies--ReversibilityofZincElectrode–J.Yamaki,A.Nakata,T.Yamane,T.Hirai,andZ.Ogumi(KyotoUniversity)

14:30 1110 ElectrochemistryofCathodeMaterialsforLithium-OxygenBatteriesUsingMicroelectrodeVoltammetry–E.Nemanick(TheAerospaceCorporation)

14:50 1111 DecompositionKineticsofLi-AirCellDischargeProductsinNon-CatalyzedandCatalyzedCarbonCathodes–S.Meini(TechnischeUniversitätMünchen),H.Beyer,N.Tsiouvaras,M.Piana(TechnicalUniversityMunich),andH.A.Gasteiger(TechnischeUniversitätMünchen)

15:10 1112 TowardEfficientlyRechargeableLi-O2Batteries:FreelyDiffusingCatalystsandO2Electrode-StableSolvents–W.Walker(LioxPowerInc.),V.Giordani,V.S.Bryantsev,J.Uddin,S.Zecevic,D.Addison,andG.V.Chase(LioxPower,Inc.)

B8Non-Aqueous Electrolytes for Lithium BatteriesBattery/EnergyTechnology/PhysicalandAnalyticalElectrochemistrySouth Pacific 3, Mid-Pacific Conference Center, Hilton Hawaiian Village

Solid Electrolytes, Ceramic 1 – 08:00 – 09:40Co-Chairs: Dr. Ue and Dr. Hayashi

08:00 1188 DevelopmentofSulfideGlassElectrolytesforAll-Solid-StateLithiumBatteries–A.HayashiandM.Tatsumisago(OsakaPrefectureUniversity)

08:40 1189 SuppressionofH2SGasfromLi2S-P2S5GlassElectrolytesbytheAdditionofLi2O–T.Ohtomo,K.Kawamoto(ToyotaMotorCorporation),A.Hayashi,andM.Tatsumisago(OsakaPrefectureUniversity)

09:00 1190 NewLithiumSuperionicConductorandItsApplicationtoAllSolid-StateBatteries–R.Kanno,M.Hirayama(TokyoInstituteofTechnology),M.Yonemura(HighEnergyAcceleratorResearchOrganization),Y.Kato,andK.Kawamoto(ToyotaMotorCorporation)

Solid Electrolytes, Ceramic 2 – 10:00 – 12:00Co-Chairs: Dr. Kanno and Dr. Takada

10:00 1191 InterfaceStructuresinSolid-StateLithiumBatterieswithSulfideElectrolytes–K.Takada,X.Xu(NationalInstituteforMaterialsScience),K.Fukuda(KyotoUniversity),K.Kumagai,K.Watanabe,K.Akatsuka,B.Hang,M.Osada,I.Sakaguchi,T.Ohnishi,T.Sekiguchi,andT.Sasaki(NationalInstituteforMaterialsScience)

10:40 1192 EnlargedLithium-IonsMigrationPathwaybySubstitutionofB3+forP5+inLi3PS4–K.Homma,T.Yamamoto,S.Watanabe,andT.Tanaka(FujitsuLaboratoriesLtd.)

11:00 1193 FirstPrinciplesInvestigationsoftheLi10GeP2S12SuperionicConductorandRelatedMaterials–S.Ong,Y.Mo,W.D.Richards,andG.Ceder(MassachusettsInstituteofTechnology)

11:20 1194 First-PrinciplesMolecularDynamicsSimulationsforLi+DiffusioninLi3PO4andLi3PS4Elctrolytes–M.Ikeda,T.Yamasaki,C.Kaneta,K.Homma,T.Yamamoto,andT.Tanaka(FujitsuLaboratoriesLtd.)

11:40 1195 AnalysisofLithium-IonConductioninLISICON-BasedSolidElectrolytesbyFirst-PrinciplesMolecularDynamicsSimulation–K.Fujimura,A.Kuwabara,H.Moriwake(JapanFineCeramicsCenter),A.Seko,Y.Koyama,andI.Tanaka(KyotoUniversity)

Solid Electrolytes, Ceramic 3 – 14:00 – 16:00Co-Chairs: Dr. Takada and Dr. Kanno

14:00 1196 ResearchonElectrode-ElectrolyteInterfacesofInnovativeNewGenerationBatteries–F.Mizuno(ToyotaResearchInstituteofNorthAmerica)andH.Iba(ToyotaMotorCorporation)

14:40 1197 ThePreparationofLi7La3Zr2O12bySol-GelMethodandItsElectrochemicalPerformance–T.Nishioka,J.Wakasugi,N.Saito,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

15:00 1198 FluxGrowthofIdiomorphicGarnet-TypeSolidElectrolyteCrystalsforAll-Solid-StateLithium-IonRechargeableBatteries–H.Onodera,K.Teshima,H.Wagata,Y.Mizuno(ShinshuUniversity),K.Yubuta,T.Shishido(TohokuUniversity),andS.Oishi(ShinshuUniversity)

15:20 1199 HighLithium-IonConductingGarnet-typeOxide;Li7+XLa3-YAYZr2-ZNbZO12(A=AlkaliEarthMetals)–Y.Kihira,S.Ohta,H.Imagawa,andT.Asaoka(ToyotaCentralR&DLabs.,Inc.)

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15:40 1200 ElectrochemicalPerformanceofanAll-Solid-StateLithium-IonBatterywithGarnet-TypeOxideElectrolyte–S.Ohta,T.Saeki,S.Morishita,J.Seki,andT.Asaoka(ToyotaCentralR&DLabs.,Inc.)


Plenary Session – 08:20 – 12:00Co-Chairs: Hiroyuki Uchida and Hubert Gasteiger

08:20 1274 Hyundai’sFCEVs:APathwaytoNewPossibilities–T.LimandB.Ahn(Hyundai-KiaMotors)

09:00 1275 DevelopmentofAdvancedMaterialsandDevicesforCostReductionofPEFCCHPSystem–H.OHARA(PanasonicCorporation)andT.Omura(TokyoGasCo.,LTD)

09:40 Intermission(20Minutes)10:00 1276 PolymerElectrolyteFuelCellLifetime

Limitations:TheRoleofElectrocatalystDegradation–D.J.Myers,X.Wang,N.Kariuki,S.DeCrane,T.Nowicki,S.Arisetty,R.Subbaraman,R.K.Ahluwalia(ArgonneNationalLaboratory),J.Gilbert(UniversityofWisconsin-Madison),B.Puchala(UniveristyofWisconsin-Madison),E.Holby,D.Morgan(UniversityofWisconsin-Madison),S.Ball,J.Sharman,B.Theobald,G.Hards(JohnsonMattheyTechnologyCenter),M.Gummalla,Z.Yang,S.Zhitnik(UnitedTechnologiesResearchCenter),D.Groom,S.Rajasekhara(UniversityofTexasatAustin),P.Ferreira(UniversityofTexas-Austin),J.P.Meyers(TheUniversityofTexasatAustin),P.Mathew,S.Kim(UniversityofTexasatAustin),Y.Shao-Horn,W.Sheng,andB.Han(MassachusettsInstituteofTechnology)

10:40 1277 MembraneFuelCells–OptionsforBipolarPlateMaterialsandProductionTechnology–A.Heinzel(UniversityDuisburg-Essen),L.Kühnemann,T.Derieth,T.Grimm,andP.Butzen(ZBTGmbH)

11:20 1278 LimitingCurrentasaTooltoStudyOxygenTransportinPEMFuelCells–D.R.BakerandD.Caulk(GeneralMotorsR&DCenter)

Plenary Session – 14:00 – 16:00Co-Chairs: Deborah Jones and Vijay Ramani

14:00 1279 IonomerintheCatalystLayer–S.Holdcroft(SimonFraserUniversity)

14:40 1280 DevelopmentofThin,ReinforcedPEMFCMembranesthroughUnderstandingStructure-Property-PerformanceRelationships–W.Liu(W.L.Gore&Associates,Inc.),T.Suzuki(W.L.Gore&Associates,Co.,Ltd.(NihonGore)),H.Mao,andT.Schmiedel(W.L.Gore&Associates,Inc.)

15:20 1281 DevelopmentofHighlyActiveandDurablePtCore-ShellCatalystsforPolymerElectrolyteFuelCells–M.InabaandH.Daimon(DoshishaUniversity)


Keynote Speech on Solar Fuels – 08:10 – 12:00Co-Chairs: Nick Wu and Kazunari Domen

08:10 IntroductoryRemarks(10Minutes)08:20 1719 HydrogenProductionfromPhotoelectrochemical

Cells:EconomicandTheoreticalConsiderationsandExperimentalResults–J.A.Turner(NationalRenewableEnergyLaboratory)

09:00 1720 CriticalAssessmentofResearchandDevelopmentNeedsinSolartoHydrogenProductionTechnologies–E.L.Miller,S.Dillich,E.Sutherland,andS.Studer(USDepartmentofEnergy)

09:40 Intermission(20Minutes)10:00 1721 MaterialsforPhotocatalyticand

PhotoelectrochemicalWaterSplitting–A.Kudo(TokyoUniversityofScience)

10:40 1722 SolarEnergyConversionandEnvironmentalRemediationUsingSemiconductor-LiquidInterfaces:DesignParadigmsforthePhotocatalystMaterialandProgressUpdate–K.Rajeshwar(TheUniversityofTexas)

11:20 1723 SolarEnergyMaterialsforHighEfficiencyPhotoelectrochemicalSensitizedSolarCell–N.Park(SungkyunkwanUniversity)

New Materials for Photocatalysts & Photoelectrochemical Cells – 14:00 – 16:00Co-Chairs: Pawel Kulesza and Ravi Subramanian

14:00 1724 PhotoelectrochemicalEnergyConversionUsingEarth-AbundantSemiconductorNanomaterials–S.Jin(UniversityofWisconsin-Madison)

14:30 1725 All-OxideQuantum-ConfinedHeteronanostructuresforSolarHydrogenGeneration–L.Vayssieres(Xi’anJiaotongUniversity)

15:00 1726 Plasmon-EnhancedPhotocatalyticActivityofMetal/MetalOxideComposites–S.Cushing,J.Li,A.Bristow,andN.Wu(WestVirginiaUniversity)

15:20 1727 PhotooxidationofWateratNanostructuredHybridMaterialsUtilizingPolyoxometallate-DecoratedTungstenOxideandGoldNanoparticles–P.J.Kulesza,R.Solarska,K.Miecznikowski,S.Zoladek(UniversityofWarsaw),andS.Fiechter(HelmholtzZentrum)

15:40 1728 Plasmonic-EnhancingEfficiencyofWaterSplittinginAu/QuantumDotsSensitizedZnONanowires-ArrayPhotoelectrodes–R.Liu,H.Chen,C.Chen,D.Tsai(NationalTaiwanUniversity),andS.Hu(NationalTaiwanNormalUniversity)

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B12Solid State Ionic Devices 9 – Ion Conducting Thin Films and MultilayersHighTemperatureMaterialsSouth Pacific 1, Mid-Pacific Conference Center, Hilton Hawaiian Village

Ion Conducting Thin Film Electrolytes 1 – 09:00 – 12:00Co-Chairs: Eric Wachsman and John Kilner

09:00 1879 InnovativeOxidesMaterialsforElectrochemicalEnergyConversion–E.D.Wachsman(UniversityofMaryland)

09:40 Intermission(20Minutes)10:00 1880 StudyofCrystalGrowthinOxideThinFilms

FabricatedbyPulsedLaserDeposition–N.Sata,S.Tamura,Y.Fujiwara,Y.Shibata,F.Iguchi,H.Yugami(TohokuUniversity),Y.Nagao(JAIST),H.Kageyama,andK.Nomura(AISTKansai)

10:40 1881 ProbingPrxCe1-xO2-dThinFilmDefectConcentrationsUsingIn SituOpticalAbsorptionandImpedanceSpectroscopyTechniques–S.R.Bishop(KyushuUniversity),D.Chen,J.Kim,N.Thompson,andH.L.Tuller(MassachusettsInstituteofTechnology)

11:00 1882 MetastableThinFilmsforEnergyApplications:OnStructuralLatticeAnomaliesandElectricalTransport–J.L.Rupp,S.Bishop(MassachusettsInstituteofTechnology),E.Fabbri(PaulScherrerInstitute),J.Han(MassachusettsInstituteofTechnology),D.Marrochelli(TrinityCollegeDublin),E.Traversa(NationalInstituteforMaterialsScience),H.L.Tuller,andB.Yildiz(MassachusettsInstituteofTechnology)

11:20 1883 RelatingNanostructuresofYttria-Stabilized-ZirconiaThinFilmstoTheirProtonConductivity–J.Martynczuk,M.V.Schlupp,B.Scherrer(ETHZurich),D.Stender(PaulScherrerInstitute),R.Tölke,A.Evans,M.Prestat,andL.Gauckler(ETHZurich)

11:40 1884 IonConductioninBaZr0.85Y0.15O3-δFilmsFabricatedbyPulsedLaserDepositioninVariousConditions–D.Jang,K.Bae,andJ.Shim(KoreaUniversity)

Ion Conducting Thin Film Multilayers – 14:00 – 18:00Co-Chairs: Enrico Traversa and Shu Yamaguchi

14:00 1885 DoOxygen-IonConductorsFeeltheStrain–D.Pergolesi(NationalInstituteforMaterialsScience),E.Fabbri(PaulScherrerInstitute),S.N.Cook(ImperialCollegeLondon),V.Roddatis(CICEnergigune),E.Traversa(UniveristyofRomaTorVergata),andJ.A.Kilner(ImperialCollegeLondon)

14:40 1886 EpitaxialZirconiaandCeriaBasedThinFilmsandMultilayerswithArbitraryComposition–W.Shen,J.Jiang,andJ.L.Hertz(UniversityofDelaware)

15:00 1887 ElectricConductivityinCu-andGa-DopedPr2NiO4NanoFilmLaminatedwithSm-DopedCeO2–J.HyodoandT.Ishihara(KyushuUniversity)

15:20 1888 ElectronicActivationinthe(La0.8Sr0.2)CoO3/(La0.5Sr0.5)2CoO4SupperlatticesatHighTemperature–Y.Chen,Z.Cai,Y.Kuru,H.L.Tuller,andB.Yildiz(MassachusettsInstituteofTechnology)

15:40 1889 LowEnergyIonScattering(LEIS)AnalysisofSrTiO3(100)andNdGaO3(110)SingleCrystalSurfaceTerminations–A.Cavallaro(ImperialCollege,London)andJ.A.Kilner(ImperialCollegeLondon)

C2Bioengineering Based on ElectrochemistryOrganicandBiologicalElectrochemistry/Sensor324, Level 3, Hawaii Convention Center

Co-Chairs: K. Sode, H. Nam, J. Choi, and E. Tamiya

08:00 1999 Electrochemical-BasedBioprocessingDeviceComposedofRecombinantProtein/DNAConjugate–J.Choi(SogangUniversity)

08:40 2000 FabricationofMultilayerCellStructureUsingElectro-DepositedAlginateGel–F.Ozawa,K.Ino,H.Shiku,andT.Matsue(TohokuUniversity)

09:00 2001 MetabolismFeatureofMulticellularTumorSpheroidsAssessedbyaComprehensiveSystem–Y.Zhou,T.Arai,Y.Horiguchi,K.Ino,H.Shiku,andT.Matsue(TohokuUniversity)

09:20 2002 DevelopmentofVoltageSwitchingModeScanningElectrochemicalMicroscopyforTopographicalandElectrochemicalNanoscaleImagingofLivingCells–Y.Takahashi(TohokuUniversity),A.I.Shevchuk(UniversityofSouthampton),P.Novak(ImperialCollegeLondon),Y.Matsumae(TohokuUniversity),B.Babakinejad(ImperialCollegeLondon),J.V.Macpherson,P.R.Unwin(UniversityofWarwick),K.Ino,H.Shiku(TohokuUniversity),J.Gorelik(ImperialCollegeLondon),D.Klenerman(CambridgeUniversity),Y.E.Korchev(ImperialCollegeLondon),andT.Matsue(TohokuUniversity)



10:00 2003 ElectrochemicallyModulatedReleaseofNitricOxidethroughPolymerstoInhibitBacterialBiofilmFormationandPreventPlateletActivation–M.E.Meyerhoff,L.Höfler,D.Koley,H.Ren,T.C.Major,J.Wu,andC.Xi(UniversityofMichigan)

10:40 2004 EngineeringofCatalyticDomainofCellobioseDehydrogenaseandItsApplicationfortheDirectElectronTransferTypeEnzymeElectrode–S.Ando,S.Ferri,W.Tsugawa,andK.Sode(TokyoUniversityofAgricultureandTechnology)

11:00 2005 AptamericSensorforDetectionofVEGFBasedonLabelingTechniqueUsingGDHFusedZincFingerProtein–A.Tatsumi,K.Abe,T.Fukaya,K.Sode,andK.Ikebukuro(TokyoUniversityofAgricultureandTechnology)

11:20 2006 EvolutionofCathodicCharacteristics(WaterandOxygenTransport)inMicrobialFuelCell(MFC)–C.Santoro,M.Cremins,A.Mackay,U.Pasaogullari(UniversityofConnecticut),M.Guilizzoni,A.Casalegno(PolitecnicodiMilano),andB.Li(UniversityofConnecticut)

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11:40 2007 TurningOxidaseintoDehydrogenaseforApplicationtotheElectrochemicalMeasurement–S.Saito,Y.Horaguchi,T.Endo,S.Ferri(TokyoUniversityofAgricultureandTechnology),K.Mori,K.Kojima(UltizymeInternationalLtd.),W.Tsugawa,andK.Sode(TokyoUniversityofAgricultureandTechnology)


14:00 2008 PeroxidaseActivityofG-QuadraplexHemin-BindingDNAAptamersDeterminedbyElectrochemicalMeasurement–I.Kubo,Y.Hoshino(SokaUniversity),M.Liu,H.Abe,andY.Ito(RIKENAdvancedScienceInstitute)

14:40 2009 ElectronTransferbetweenCytoplasmandElectrodeviaRedox-ActivePhospholipidPolymer–K.Nishio,R.Nakamura,S.Nakanishi,X.Lin,T.Konno,K.Ishihara,andK.Hashimoto(TheUniversityofTokyo)

15:00 2010 In SituObservationofDirectElectronTransferReactionbetweenCytochromecandITOElectrodewithElectrochemicallyControlledSlabOpticalWaveguideSpectroscopy–N.MatsudaandH.Okabe(NationalInstituteofAdvancedIndustrialScienceandTechnology)

C4New Synthetic and Mechanistic Approaches to Molecular Electroorganic ChemistryOrganicandBiologicalElectrochemistry306B, Level 3, Hawaii Convention Center

Co-Chairs: S. Nishiyama and S. Suga

10:00 2066 AnodicOxidationofgem-DiarylKetonesinthePresenceofAlcohols–A.J.FryandB.Sheludko(WesleyanUniversity)

10:20 2067 OxidativeDechlorinationofChlorinatedOrganicCompoundCatalyzedbyVitaminB12-TiO2–H.ShimakoshiandY.Hisaeda(KyushuUniversity)

10:40 2068 ControllingandImprovementofElectrosyntheticReactionbyUsingMicroreactor:ApplicationtoIntermolecularCouplingReactionofPhenolDerivatives–T.Kashiwagi(TokyoInstituteofTechnology),S.R.Waldvogel(UniversityofMainz),andM.Atobe(TokyoInstituteofTechnology)

11:00 2069 Site-ControlledModificationofConductingPolymerFilmsBasedonBipolarElectrochemistry–S.Inagi,Y.Ishiguro,andT.Fuchigami(TokyoInstituteofTechnology)

11:20 2070 ElectrochemicalDehalogenationofPersistentOrganicPollutantswithaSilverCathodeinAqueousMedia–A.A.PeverlyandD.G.Peters(IndianaUniversity)

11:40 2071 ElectrochemicalFuorinationUsingAlkali-MetalFluorides–T.Fuchigami,T.Sawamura,andS.Inagi(TokyoInstituteofTechnology)

Co-Chairs: A. Fry and T. Fuchigami

14:00 2072 DevelopmentofRegioselectiveElectrochemicalGlycosylationOrientedNaturalProductsSynthesis–K.Kawa,T.Saitoh,E.Kaji,andS.Nishiyama(KeioUniversity)

14:20 2073 DirectReductionof6-Halo-1-Phenyl-1-HexynesatSilverCathodes–L.M.StrawsineandD.G.Peters(IndianaUniversity)

14:40 2074 ApplicationofMethoxyRadicalGenerationonaBoron-DopedDiamondElectrode–T.Sumi,T.Saitoh,K.Natsui,T.Yamamoto(KeioUniversity),M.Atobe(TokyoInstituteofTechnology),Y.Einaga,andS.Nishiyama(KeioUniversity)

15:00 2075 ElectrocatalyticReductionof1,1,2-Trichloro-1,2,2-Trifluoroethane(CFC-113)ataSilverCathode–E.R.WagonerandD.G.Peters(IndianaUniversity)

15:20 2076 CoordinationProgrammingofPhoto-andElectro-FunctionalMolecularMaterials–R.Sakamoto,M.Hayashi,S.Kusaka,M.Tsuchiya,J.Kakinuma,andH.Nishihara(TheUniversityofTokyo)

15:40 2077 EvaluationofBioluminescenceActivityofFireflyLuciferinNucleotideDerivatives–S.Iwano(TheUniversityofElectroCommunicationsChofu),S.Kojima,T.Hirano,S.Maki,andH.Niwa(TheUniversityofElectroCommunications,Chofu)

D3Corrosion, Passivity, and Energy: A Symposium in Honor of Digby MacdonaldCorrosion301B, Level 3, Hawaii Convention Center

Passivity and Passivity Breakdown – 08:00 – 10:00Co-Chairs: Barry MacDougall and Fouzia Hannour

08:00 2176 TheSemiconductingPropertiesandImpedanceAnalysisofPassiveFilmsonCopperinAnaerobicSulfideSolutionsfromtheViewpointofthePointDefectModel–Y.Ling,M.L.Taylor,S.Sharifiasl,andD.D.Macdonald(ThePennsylvaniaStateUniversity)

08:15 2177 DeterminingtheCouplingCurrentasaMeansofDetectingCreviceActivityandInhibition–S.Lee(ThePennsylvaniaStateUniversity),J.A.Mathews(ElectricPowerResearchInstitute),andD.D.Macdonald(ThePennsylvaniaStateUniversity)

08:30 2178 InfluenceoftheMicrostructureonthePassiveCharacterofTitaniumOxideFilmsCharacterizedbyEIS–N.RodríguezdelaCruz,E.M.Arce,J.Torres(InstitutoPolitécnicoNacional),R.LunaSánchez(UniversidadAutónomaMetropolitana–Azcapotzalco),J.G.VazquezArenas(UniversityofWaterloo),J.Hallen,andR.CabreraSierra(InstitutoPolitécnicoNacional)

08:45 2179 EffectsofSolutionTemperatureontheKineticNatureofPassiveFilmonNi–K.Park(KAIST),S.Ahn(KoreaInstituteofEnergyResearch),andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

09:00 2180 EffectofSourEnvironmentpHonCrackMorphologyinUltraStrengthDrillingSteelunderCyclicStress–M.Ziomek-Moroz,J.Hawk(U.S.DepartmentofEnergy,NationalEnergyTechnologyLaboratory),R.Thodla,andF.Gui(DNV)

09:15 2181 ElectrochemicalReductionofEthanolatLeadElectrodes–S.B.Hall,N.Wise,andM.Waterland(MasseyUniversity)

09:30 2182 IGSCCCausedbyPassiveFilm’sDielectrostrictiveStress–T.M.Devine(UniversityofCaliforniaBerkeley)


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Passivity and Passivity Breakdown – 10:00 – 12:00Co-Chairs: David W. Shoesmith and Bernard Tribollet

10:00 2183 TheRelationshipbetweenNanostructureandElectronicPropertiesofPassiveFilmsStudiedbyScanningTunnelingMicroscopyCombinedwithScanningTunnelingSpectroscopy–P.Marcus,T.Massoud,andV.Maurice(CNRSChimieParisTech)

10:30 2184 CharacterizationofRepassivationProcessonFe-CrAlloysUsingScratchingTechnique–M.Wada,A.Kawano,M.Saito,andS.Fujimoto(OsakaUniversity)

10:45 2185 CouplingthePointDefectModelandtheDensityFunctionalTheoryforModelingPitNucleation–B.Malki,B.Baroux,O.LeBacq,andA.Pasturel(GrenobleINP)

11:00 2186 DevelopmentofBaseElectrocatalystswhicharePassivetowardsCorrosioninHotAcidicElectrolytes–G.T.Burstein,G.E.Haslam,andX.Y.Chin(UniversityofCambridge)

11:15 2187 CharacterizationofBoundWaterinPassiveFilmofTitaniumFormedinH2SO4Solution–T.Haruna,S.Ito,andK.Kimoto(KansaiUniversity)

11:30 2188 KineticStabilityofAluminiumandItsAlloys:TheRoleof“Structural”Features–X.Zhou(MonashUniversity),D.D.Macdonald(ThePennsylvaniaStateUniversity),andN.Birbilis(MonashUniversity)

11:45 2189 EffectofGalvanostaticConditiononGrowthBehaviorandRepassivationPotentialofCreviceCorrosionofDuplexStainlessSteels–S.Aoki,T.Ehashi,andJ.Sakai(WasedaUniversity)

Passivity and Passivity Breakdown – 13:30 – 14:45Co-Chairs: Ashok Kumar Shukla and Srdjan Nesic

13:30 2190 MetallographicCharacterizationofTransgranularStressCorrosionCrackingonType316LStainlessSteelinHighTemperatureandHighPressureWaterEnvironment–S.Fujimoto,N.Okada,T.Saito,andH.Tsuchiya(OsakaUniversity)

13:45 2191 CorrosionInhibitionofLocalizedCorrosionandStressCorrosionCrackingofSteam/GasTurbineMaterials–B.Bavarian,J.Zhang,andL.Reiner(CaliforniaStateUniversity)

14:00 2192 ComparisonofElectrochemicalPittingCharacteristicsofAlloy825,Alloy690andTitaniumforaConcentratedRadioactiveWasteHold-UpTank–H.KimandK.Na(KHNP-CRI)

14:15 2193 StudiesofPittingInitiationonHigh-StrengthPipelineSteelbyMetallurgicalMicro-Electrochemistry–Y.Cheng(UniversityofCalgary)

14:30 2194 HydrogenInducedPassivityDegradationandStressCorrosionCracking–J.Luo,B.Lu(UniversityofAlberta),andS.Shi(TheHongKongPolytechnicUniversity)

Passivity and Passivity Breakdown – 14:45 – 16:00Co-Chairs: Damien Feron and Farrel Martin

14:45 2195 BirthandDeathStochasticProcessinPittingCorrosionandStressCorrosionCracking–T.Shibata(OsakaUniversity)

15:15 2196 ImplicationsfortheInitiationofPittingCorrosionofCompositionChangesaroundSulphideInclusionsinStainlessSteels–D.E.Williams(UniversityofAuckland)

15:30 2197 EffectofSulfateIononPittingCorrosionBehaviorofType420MartensiticStainlessSteelinChlorideSolution–W.Ji,S.Pan,andW.Tsai(NationalChengKungUniversity)

15:45 2198 IntrinsicVacanciesandTheireffectonCorrosionReactivityattheFeS2(100)Surface–A.Krishnamoorthy,F.W.Herbert,andB.Yildiz(MassachusettsInstituteofTechnology)

D5High Temperature Corrosion Materials Chemistry 10HighTemperatureMaterials/Corrosion318A, Level 3, Hawaii Convention Center

Solid Oxide Fuel Cells – 08:00 – 12:00Co-Chairs: E. Opila and S. Yamaguchi

08:00 2291 In SituOpticalStudiesofElectrochemicallyInducedAnodeDegradationinHighTemperatureSolidOxideFuelCells–R.A.Walker,J.D.Kirtley,D.M.Halat,andM.McIntyre(MontanaStateUniversity)

08:40 2292 MechanicalPropertiesofNi-YSZCermetsunderSimulatedEnvironmentofRedoxCycling–T.Miyasaka,S.Sukino,S.Watanabe,T.Kawada,K.Sato,andT.Hashida(TohokuUniversity)

09:00 2293 ImprovedSinteringPropertyofY-DopedBaZrO3byMnAddition–D.Kim,E.Patrik,S.Miyoshi,T.Tsuchiya,andS.Yamaguchi(TheUniversityofTokyo)

09:20 2294 Non-LinearDopingeffectontheElectrochemicalPropertiesofBaZr1-xPrxO3–M.Tamaru,S.Miyoshi,D.Kim(TheUniversityofTokyo),T.Higuchi(ScienceUniversityofTokyo),Y.Oyama,andS.Yamaguchi(TheUniversityofTokyo)

09:40 Intermission(20Minutes)10:00 2295 StudyonElectrodeReactionofPerovskiteOxide

ElectrodesonaProtonConductingElectrolyte–K.Suzuki,S.Hashimoto,K.Amezawa,andT.Kawada(TohokuUniversity)

10:20 2296 Mechano-ElectrochemicaleffectonMaterialsPropertyofIonConductingOxides–K.Yashiro,Y.Kawamura,S.Nakakawaji,K.Sato,K.Amezawa,andJ.Mizusaki(TohokuUniversity)

10:40 2297 ChemicalStabilityofBa0.5Sr0.5Co0.8Fe0.2O3-δ(BSCF)–F.Wang,K.Yashiro,K.Amezawa,andJ.Mizusaki(TohokuUniversity)

11:00 2298 AStudyofNickel-SubstitutedLanthanumCobaltiteasCathodeMaterialsforSOFCs–Y.Uzumaki,S.Hashimoto,K.Amezawa,andT.Kawada(TohokuUniversity)

11:20 2299 La/Sr-CoPerovskite-BasedMulti-LayeredSuperCathodeFabricatedbySputteringMethod–A.Takeshita,S.Miyoshi,andS.Yamaguchi(TheUniversityofTokyo)

11:40 2300 OxygenTransportinPerovskiteTypeOxideLa0.6Sr0.4Co0.2Fe0.8O3-δ–H.Kudo,K.Yashiro,S.Hashimoto,K.Amezawa,T.Kawada,andJ.Mizusaki(TohokuUniversity)

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High Temperature Chemistry of Carbides, Borides, and Nitrides – 14:00 – 18:00Co-Chairs: E. Wuchina and T. Markus

14:00 2301 InfluenceofPhaseCrystallographyonPrecipitationMicrostructuresandDeformationMechanismsinTantalumCarbides–G.B.Thompson,R.A.Morris,N.DeLeon,B.Wang(TheUniversityofAlabama),andC.Weinberger(SandaNationalLaboratories)

14:40 2302 PreparationandCharacterizationofMaterialsintheTa-Hf-CSystem–J.A.Zaykoski,M.M.Opeka,andI.Talmy(NavalSurfaceWarfareCenter)

15:00 2303 VariabilityinOxidationResistanceofZrB2-SiC–K.N.ShugartandE.J.Opila(UniversityofVirginia)

15:20 2304 EffectofSiliconAdditionontheOxidationKineticandontheStructureoftheOxideLayerFormedonTransitionMetalNitrideCoatings–J.Pierson(UniversitédeLorraine),P.Steyer(INSAdeLyon),A.Mège-Revil(EcoleCentraledeLille),andD.Pilloud(UniversitédeLorraine)

15:40 2305 OxidationofCr2AlCbetween700and1300°CinAir–S.Kim,S.Bong,andD.Lee(SungkyunkwanUniversity)

D7Pits and Pores 5: A Symposium in Honor of David LockwoodCorrosion/LuminescenceandDisplayMaterials323B, Level 3, Hawaii Convention Center

Silicon Dissolution and Characterization – 08:00 – 10:00Co-Chairs: C. Lévy-Clément and M. J. Sailor

08:00 Intermission(10Minutes)08:10 2365 ThinkingAgainofPorousSiFormation–Y.H.

Ogata(KyotoUniversity)08:40 2366 InvestigationofPoreDiameterModulation

inDepthinp-typeSilicon–E.Ossei-Wusu(UniversitätzuKiel),J.Carstensen,E.Quiroga-González(Christian-Albrechts-UniversityofKiel),M.Amirmaleki(UniversitätzuKiel),andH.Föll(Christian-Albrechts-UniversityofKiel)

09:00 2367 DifferentialPhotoacousticElectrochemicalCelltoStudyIn SituthePorousSiliconFormation–D.G.Espinosa-ArbelaezandM.E.Rodriguez-Garcia(UniversidadNacionalAutónomadeMéxico)

09:20 2368 SpontaneousGrooveFormationonSiliconduringAnodicDissolutionInducedbyTuringInstability–K.Fukami,T.Urata,T.Sakka(KyotoUniversity),K.Krischer(TechnischeUniversitätMünchen),andY.H.Ogata(KyotoUniversity)


Metal-Assisted Silicon Dissolution – 10:00 – 12:00Co-Chairs: Y. Ogata and P. Schmuki

10:00 2369 AnodicDissolutionofSi:ElectrochemicalOscillationsandPorousSilicaFormation–F.OzanamandJ.Chazalviel(CNRS-Ecolepoly-technique)

10:30 2370 StainEtchingofSiliconwithandwithouttheAidofMetalCatalysts–K.W.Kolasinski,J.Gogola,W.B.Barclay,andC.Somerville(WestChesterUniversity)

10:50 2371 Metal-AssistedChemicalEtchingofSiliconUsingOxygenasanOxidizingAgent–S.Yae,Y.Morii,M.Enomoto,N.Fukumuro,andH.Matsuda(UniversityofHyogo)

11:10 2372 OntheMetal-AssistedChemicalEtchingofNanoporousSilicon–D.Goryachev,L.Belyakov,O.Yeltsina,J.Vainshtein,andO.M.Sreseli(IoffePhysical-TechnicalInstituteoftheRussianAcademyofSciences)

11:30 2373 FormationofGroupIVPorousSemiconductingNanowiresandNanotubes:TheRoleofEtching–X.Huang,R.Gonzalez,andJ.L.Coffer(TexasChristianUniversity)

Silicon Etching and Optical Properties – 14:00 – 18:00Co-Chairs: J. L. Coffer and R. B. Wehrspohn

14:00 2374 A“Cook’sTour”ofTwoDecadesofResearchintotheOpticalPropertiesofNanostructuredMaterials–D.J.Lockwood(NationalResearchCouncil)

14:30 2375 MagneticFieldAssistedEtchingofPorousSiliconasaTooltoEnhanceMagneticCharacteristics–P.Granitzer,K.Rumpf(Karl-Franzens-UniversityGraz),T.Ohta,N.Koshida(TokyoUniversityofAgricultureandTechnology),P.Poelt(UniversityofTechnologyGraz),andM.Reissner(ViennaUniversityofTechnology)

14:50 2376 StructuralandMorphologicalStudyofMesoporousGermaniumLayersFormedbyBipolarElectrochemicalEtching–S.Tutashkonko(INSAdeLyon),A.Boucherif(UniversitédeSherbrooke),T.Nychyporuk(INSAdeLyon),R.Arès,V.Aimez(UniversitédeSherbrooke),andM.Lemiti(INSAdeLyon)

15:10 2377 MorphologicalDevelopmentfromUniformMicroporousStructuretoMacropore-LikeStructure–T.Urata,K.Fukami,T.Sakka,andY.H.Ogata(KyotoUniversity)

15:30 2378 RelaxationProcessesandFunctionsofBluePhosphorescentPorousSilicon–B.Gelloz(NagoyaUniversity),R.Mentek(TokyoUniv.ofA&T),andN.Koshida(TokyoUniversityofAgricultureandTechnology)

E2Atomic Layer Deposition Applications 8DielectricScienceandTechnology/ElectronicsandPhotonics304B, Level 3, Hawaii Convention Center

General Session – 08:30 – 10:00

08:30 IntroductoryRemarks(10Minutes)08:40 2456 FabricationofSb2Te3andBi2Te3Multilayer

CompositeFilmsbyAtomicLayerDeposition–K.Zhang,D.Nminibapiel,M.Tangirala,H.Baumgart(OldDominionUniversity),andV.Kochergin(MicroXactInc.)

09:00 2457 Trimethylaluminum-BasedAtomicLayerDepositionofAl:MO2(M=Zr,Hf):AViableRoutetoIntegrateHigh-PermittivityOxidesonIn0.53Ga0.47AsSubstrates–A.Molle,E.Cianci,A.Lamperti,C.Wiemer,S.Baldovino,L.Lamagna,S.Spiga,M.Fanciulli(CNR-IMM),G.Brammertz,C.Merckling,andM.Caymax(imec)


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Reaction Mechanisms I – 10:00 – 12:00

10:00 2458 AreIonsGoodorBadduringPlasma-AssistedALD–H.B.ProfijtandW.Kessels(EindhovenUniversityofTechnology)

10:40 2459 AtomicLayerDepositionofMo:Al2O3NanocompositeswithTunableResistivity–A.U.ManeandJ.W.Elam(ArgonneNationalLaboratory)

11:00 2460 In SituStudyofALDProcessesUsingSynchrotron-basedX-rayFluorescenceandScatteringTechniques–J.Dendooven,K.Devloo-Casier,M.Ide(GhentUniversity),K.Grandfield(UniversityofAntwerp),K.F.Ludwig(BostonUniversity),S.Bals(UniversityofAntwerp),P.VanDerVoort,andC.Detavernier(GhentUniversity)

11:40 2461 ReactionMechanismofNon-HeatingSiO2AtomicLayerDepositionbyUsingTDMASandPlasmaExcitedWaterVapor–F.Hirose,K.Kanomata,M.Degai,andK.Momiyama(YamagataUniversity)

Oxides – 14:00 – 18:00

14:00 2462 CrystallizationStudybyTransmissionElectronMicroscopyofSrTiO3ThinFilmsGrownbyPlasma-AssistedALD–V.Longo,M.A.Verheijen,F.Roozeboom,andW.Kessels(EindhovenUniversityofTechnology)

14:20 2463 TiO2-BasedMetal-Insulator-MetalStructuresforFutureDRAMStorageCapacitors–K.Fröhlich(InstituteofElectricalEngineeringSAS),B.Hudec,M.Tapajna,K.Hušeková,A.Rosová(InstituteofElectricalEngineering,SAS),J.Aarik,R.Rammula,A.Kasikov,T.Arroval(InstituteofPhysics,UniversityofTartu),K.Murakami,M.Rommel,andA.J.Bauer(FraunhofferInstituteforIntegratedSystemsandDviceTechnology)

15:00 2464 ApplicationofthePlasmaSurfaceModificationforUniformAl2O3FilmsGrownbyAtomicLayerDepositiononPolyethyleneBlownFilm–G.Lee,K.Son(KoreaUniversity),S.Park(KoreaUniversity,MechanicalEngineering),J.Shim(KoreaUniversity),andB.Choi(KoreaUniversity,MechanicalEngineering)

15:20 2465 AtomicLayerDepositionofMolybdenumOxideUsingBis(Tert-Butylimido)Bis(Dimethylamido)Molybdenum–A.Bertuch,L.Lecordier,M.Dalberth,G.Sundaram,J.Becker(CambridgeNanotech),E.Deguns(Unaffiliated),M.Saly,D.Moser,andR.Kanjolia(SAFCHitech)

15:40 2466 Room-TemperatureALDofMetalOxideThinFilmsbyEnergy-EnhancedALD–S.E.Potts,H.B.Profijt,R.Roelofs,andW.Kessels(EindhovenUniversityofTechnology)

E4Gallium Nitride and Silicon Carbide Power Technologies 2ElectronicsandPhotonics/DielectricScienceandTechnology316C, Level 3, Hawaii Convention Center

Plenary Session – 08:00 – 10:00Co-Chairs: Krishna Shenai and Noboru Ohtani

08:00 2513 OverviewofThree-DimensionIntegrationforPoint-of-LoadConverters–F.C.LeeandQ.Li(VirginiaTech)

08:30 2514 DevelopmentofHighPowerDensityAll-SiCThree-PhaseInverter–S.Sato,K.Matsui,Y.Zushi,Y.Murakami,andS.Tanimoto(R&DPartnershipforFutirePowerElectronicsTechnology)

09:00 2515 DefectElectronicsinSiCandFabricationofUltrahigh-VoltageBipolarDevices–T.Kimoto(KyotoUniversity)


Silicon Carbide Power Devices I – 10:00 – 12:00Co-Chairs: Mietek Bakowski and Sunny Kedia

10:00 2516 SiCTrenchDeviceswithUltraLowRon–T.Nakamura,M.Aketa,andY.Nakano(ROHMCo.,Ltd.)

10:20 2517 FabricationofaSiCDoubleGateVerticalChannelJFETandIt’sApplicationinPowerElectronics–A.SchönerandM.Bakowski(AcreoAB)

10:40 2518 RecentAdvancesinVJFETsatSemiSouth–K.Chatty,D.C.Sheridan,V.Bondarenko,R.Schrader,K.Speer,andJ.B.Casady(SemiSouthLaboratories)

11:00 2519 Optimizationof4.5kVSiIGBT/SiCDiodeHybridModule–K.D.Hobart,E.Imhoff(NavalResearchLaboratory),T.Duong,andA.Hefner(NationalInstituteofStandardsandTechnology)

11:20 2520 AspectsonSICSwitchesforSoft-SwitchingConvertersinanIndustrialApplication–P.RanstadandJ.Linner(AlstomPower)

11:40 2521 FastHighVoltageSwitchingWithSiCPowerDevices–T.Funaki(OsakaUniversity)

Silicon Carbide Crystal Growth – 14:00 – 16:00Co-Chairs: Mike Dudley and Noboru Ohtani

14:00 2522 OntheDe-RatingofSiliconCarbide(SiC)PowerDevices–K.Shenai(UniversityofToledo)

14:20 2523 ManagingBasalPlaneDislocationsinSiC:PerspectiveandProspects–D.Gaskill,R.Myers-Ward,V.Wheeler(U.SNavalResearchLaboratory),R.Stahlbush,N.Mahadik,E.Imhoff,L.O.Nyakiti,andC.EddyJr(U.S.NavalResearchLaboratory)

14:40 2524 GrowthandCharacterizationofThick4H-SiCEpilayersforVeryHighVoltageBipolarDevices–H.Tsuchida,T.Miyazawa,X.Zhang,M.Nagano,R.Tanuma,I.Kamata,andM.Ito(CentralResearchInstituteofElectricPowerIndustry)

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15:00 2525 Life-TimeKillingDefectsinIon-Implanted4H-SiC;EnhancedAnnealingandLateralDistribution–L.SundnesLøvlie,L.Vines,I.Pintilie,andB.G.Svensson(UniversityofOslo)

15:20 2526 SiliconCarbideBulkCrystalGrowthModelingfromAtomicScaletoReactorScale–S.NISHIZAWA(NationalInstituteofAdancedIndusctrialScienceandTechnology)

15:40 2527 ModelingofSiCCVDEpitaxialGrowthusingCFD-ACE+–A.Bhoj(ESIUSR&DInc),S.Tangli(UniversityofSouthernCarolina),andK.Shenai(UniversityofToledo)

Panel # 1: Can We Eliminate Defects in Bulk SiC and GaN Materials? – 18:00 – 20:00Co-Chairs: Krishna Shenai and Noboru Ohtani

18:00 IntroductionofPanelists(15Minutes)18:15 K.Gaskill(10Minutes)18:25 T.Kimoto(10Minutes)18:35 K.Waldrip(10Minutes)18:45 M.Mann(10Minutes)18:55 S.Nishizawa(10Minutes)19:05 M.Dudley(10Minutes)19:15 Q&A(45Minutes)

E5Dielectric Materials and Metals for Nanoelectronics and Photonics 10DielectricScienceandTechnology/ElectronicsandPhotonics313A, Level 3, Hawaii Convention Center

Non Volatile Memory – 10:00 – 12:30Co-Chairs: Albert Chin and Samares Kar

10:00 IntroductoryRemarks(10Minutes)10:10 2574 Ultra-LowSwitchingPowerRRAMUsing

HoppingConductionMechanism–A.Chin,Y.Chiu(NationalChiao-TungUniversity),C.Cheng(NationalTaiwanNormalUniversity),Z.Zheng,andM.Liu(ChineseAcademyofSciences)

10:40 2575 ALDGrownFunctionalOxideLayersforNonvolatileResistiveSwitchingMemoryApplications–S.Hoffmann-EifertandR.Waser(ForschungszentrumJuelich)

11:10 2576 HafniumOxideBasedCMOSCompatibleFerroelectricMaterials–U.Schroeder(NamlabgGmbH),J.Mueller(FraunhoferCNT),E.Yurchuk,S.Mueller,D.Martin,S.Slesazeck,andT.Mikolajick(NamlabgGmbH)

11:40 2577 HfO2-basedRRAMforEmbeddedNonvolatileMemory:FromMaterialsSciencetoIntegrated1T1RRRAMArrays–T.Bertaud,C.Walczyk,D.Walczyk,M.Sowinska,D.Wolansky,B.Tillack,G.Schoof,C.Wenger(IHP),S.Thiess(DESY),andT.Schroeder(IHP)

12:10 2578 ResistiveSwitchingofIronOxideNanoparticlesinPatternedArrayStructureonFlexibleSubstrate–J.Kim,J.Yoo,Y.Baek,H.Kim,Q.Hu,C.Kang,andT.Yoon(MyongjiUniversity)

Novel Dielectrics – 13:50 – 16:00Co-Chairs: Joerg Osten and Sven Van Elshocht

13:50 2579 TheoreticalPerspectivesinDefectandImpurityPhysicstowardMaterialsDesignforOxides–N.Umezawa(NationalInstituteforMaterialsScience)

14:20 2580 Strain-inducedeffectsondielectricpropertiesofthin,crystallinerareearthoxidesonsilicon–H.OstenandD.Schwendt(LeibnizUniversity)

14:50 2581 EpitaxialSiandGd2O3Heterostructures–DistributedBraggReflectorswithStressManagementFunctionforGaNonSiLightEmittingDevices–R.Dargis,A.Clark,E.Arkun,R.Roucka,D.Williams,R.S.Smith,andM.Lebby(TranslucentInc.)

15:10 2582 RoomTemperatureFerromagnetismInducedbyElectricFieldinCobalt-DopedTiO2–T.Fukumura(UniversityofTokyo)

15:40 2583 EnhancementofDielectricPropertiesandMagneticCouplingofPb(Fe0.5Nb0.5)O3byDopingNi0.65Zn0.35Fe2O4–S.K.Barik,D.K.Pradhan,S.Sahoo,V.Pauli,andR.Katiyar(UniversityofPuertoRico)

E6High Purity Silicon 12ElectronicsandPhotonics320, Level 3, Hawaii Convention Center

Keynote – 08:50 – 09:40Co-Chair: E. Simoen

08:50 IntroductoryRemarks(10Minutes)09:00 2624 ChallengesfortheSemiconductorIndustryinthe

21stCentury–P.A.Gargini(IntelCorporation)09:40 Intermission(20Minutes)

Crystal Growth – 10:00 – 12:00Co-Chairs: R. Falster and G. Kissinger

10:00 2625 SiCrystalGrowthfromaMelt:TheSecretsBehindthev/GCriterion–J.Vanhellemont(GhentUniversity)

10:30 2626 FZCrystalGrowthofSiandGe-CurrentLimitationsandApproachestoOvercome–H.Riemann,H.Rost,M.Wuenscher,R.Menzel,andB.Hallmann-Seiffert(Leibniz-InstituteforCrystalGrowth)

11:00 2627 ElectrolyticDepositionofSiliconforSolarApplication–S.SokhanvaranandM.Barati(UniversityofToronto)

11:20 2628 AStudyonDensityFunctionalTheoryoftheeffectofPressureontheFormationandActivationEnthalpiesofIntrinsicPointDefectsinGrowingSingleCrystalSi–K.Sueoka,E.Kamiyama,andH.Kariyazaki(OkayamaPref.University)

11:40 2629 SurfaceandGate-OxidePropertiesofaLarge-Scale,<110>-orientedHigh-PurityCZ-Si–J.Lee,W.Lee,J.Kim,D.Hwang,andH.Kang(LGSiltron)

12:00 LunchBreak(120Minutes)

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Doping, Impurities and Point Defects – 14:00 – 15:50Co-Chairs: P. Stallhofer and J. Vanhellemont

14:00 2630 SchottkyBarrierHeightEngineeringforLowResistanceContactstoGeandIII-VDevices–K.Saraswat,J.Lin,A.Nainani,A.Roy(StanfordUniversity),B.Yang(Globalfoundries),andZ.Yuan(StanfordUniversity)

14:30 2631 ChallengesandOpportunitiesforDopingControlinGeforMicroandOptoelectronicsApplications–E.Bruno(UniversityofCatania),G.Scapellato,E.Napolitani,S.Mirabella,A.LaMagna(CNR-IMM),M.Mastromatteo,D.DeSalvador(UniversityofPadova),S.Boninelli,G.Fortunato,V.Privitera(CNR-IMM),andF.Priolo(UniversityofCatania)

15:00 2632 DefectEngineeringattheNanoscale:ChallengesandTrends–E.G.Seebauer(UniversityofIllinois)

15:30 2633 Long-RangeInteractionbetweenHand(BorP)DopantAtomsinSiliconCrystalsInvestigatedbyFirstPrinciplesCalculation–E.KamiyamaandK.Sueoka(OkayamaPref.University)

E7Low-Dimensional Nanoscale Electronic and Photonic Devices 5ElectronicsandPhotonics/DielectricScienceandTechnology/Sensor304A, Level 3, Hawaii Convention Center

Low-Dimensional Silicide Materials – 10:10 – 11:40Co-Chairs: Li-Jen Chou and Song Jin

10:10 2660 SynthesesofaVarietyofSilicideNanowireandNanosheetBundles–H.Tatsuoka,W.Li,E.Meng,andD.Ishikawa(ShizuokaUniversity)

10:35 2661 Bottom-upProcesstoFabricatePeriodicArraysofβ-FeSi2NanopillarsforPhotonicApplications–Y.Kaneko,M.Suzuki,K.Nakajima,andK.Kimura(KyotoUniversity)

11:00 2662 MnSilicideNanowiresontheSi(001)-2×1SurfaceHavingAnisotropicStrainFieldswithBiNanolines–K.Miki,H.Liu(NationalInstituteforMaterialsScience),andJ.Owen(UniversitédeGenève)

11:25 2663 AProposalofSchottkyBarrierHeightTuningMethodwithInterfaceControlledNi/SiStackedSilicidationProcess–Y.Tamura,R.Yoshihara,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori,andH.Iwai(TokyoInstituteofTechnology)

Low-Dimensional Materials for Energy Conversion – 14:00 – 15:45Co-Chairs: Hirokazu Tatsuoka and Motofumi Suzuki

14:00 2664 High-PerformancePiezoelectricNanogeneratorsBasedonPiezoelectricandSemiconductingCoupledProperties–S.Kim(SungkyunkwanUniversity)

14:25 2665 NovelFunctionalMaterialsandCharacterizationsforHighlyEfficientDye-SensitizedSolarCells–E.W.Diau(NationalChiaoTungUniversity)

14:50 2666 WO3NanotubesforEffectivePhotoelectrochemicalWater-Splitting–X.Zheng(StanfordUniversity)

15:15 2667 FabricationofSiliconGroove/PyramidHierarchicalStructuresforSolarCellApplications–Z.Lin(PhotonicsandOptoelectronic),A.Li,H.Wang(NationalTaipeiUniversityofTechnology),andJ.He(NationalTaiwanUniversity)

15:30 2668 LargeScaleSingle-CrystalCu(In,Ga)Se2NanotipArraysForHighEfficiencySolarCell–Y.Chueh(NationalTsingHuaUniversity)

E8Processing Materials of 3D Interconnects, Damascene and Electronics Packaging 4DielectricScienceandTechnology/Electrodeposition/ElectronicsandPhotonics310, Level 3, Hawaii Convention Center

Challenges in Damascene and 3D Integration – 08:00 – 09:40Co-Chairs: K. Kondo and R. Akolkar

08:00 2715 InnovationThroughIndustryandUniversityCollaboration–S.Johnston(IntelCorporation)

08:40 2716 Heterogeneous3DStackingTechnologyDevelopments–H.Ikeda(ASET)

09:10 2717 Metallizationfor3Dinterconnectprocessing–H.Philipsen,Y.Civale,K.Vandersmissen,M.Honore,F.Inoue,andP.Leunissen(IMEC)

Novel Processes for 3D Packaging – 10:00 – 12:00Co-Chairs: F. Roozeboom and M. Koyanagi

10:00 2718 3DWaferStackingviaBondingofRecessedCuDamasceneStructures–C.Tan(NanyangTechnologicalUniversity)

10:30 2719 3DIntegrationTechnologiesBasedonSurface-TensionDrivenMulti-ChipSelf-AssemblyTechniques–T.Fukushima,K.Lee,J.Bea,T.Tanaka,andM.Koyanagi(TohokuUniversity)

11:00 2720 HighAspectRatioSiliconEtch–B.Wu(AppliedMaterials,Inc.)

11:30 2721 ThroughSiliconVia(TSV)ProcessUsingDRIEandCathodeCoupledPE-CVD–Y.Kusuda(SAMCOINC.)

Electrodeposition and Electroless Plating Advances – 14:00 – 16:00Co-Chairs: M. Hayase and G. Mathad

14:00 2722 AdvancesinSemiconductorMetallizationTechnologiesforNewApplicationsandDeviceScaling–R.Preisser(AtotechUSAInc.)

14:30 2723 OpportunitiesforElectrolessCopperDepositioninSemiconductorManufacturing–Y.Dordi(LamResearchCorp)

15:00 2724 CuElectrolessDepositiononRuBarrier–InvestigationofGrowthPhenomenaandFilmProperties–K.Kim,T.Lim,K.Park,H.Koo,M.Kim,andJ.Kim(SeoulNationalUniversity)

15:20 2725 ControlofAdhesionStrengthandTSVFillingMorphologyofElectrolessBarrierLayer–R.Arima,F.Inoue,H.Miyake,T.Shimizu,andS.Shingubara(KansaiUniversity)

15:40 2726 TheWireGridPolarizermadebyElectro-andElectroless-DepositionProcesses–N.Okamoto,Y.Ikeda,Y.Koyama(OsakaPrefectureUniversity),Y.Kawazu(AsahiKaseiE-materialsCorp.),T.Saito,andK.Kondo(OsakaPrefectureUniversity)

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E10More than MooreDielectricScienceandTechnology/ElectronicsandPhotonics/Sensor/NewTechnologySubcommittee319A, Level 3, Hawaii Convention Center

Roadmaps – 08:00 – 10:00

08:00 2782 MoreMooreorMorethanMoore–C.Hobbs,K.Ang,R.Hill,C.Kang,W.Loh,K.Hummler,S.Arkalgud,P.Kirsch,andR.Jammy(SEMATECH)

08:40 2783 TechnologyRoadmappingofICs“MorethanMoore”FunctionalDiversification–B.Bader(iNEMI)andM.Gaitan(NationalInstituteofStandardsandTechnology(NIST))

09:20 2784 EmergingResearchDevicesandArchitecturesforMore-Than-MooreApplications–A.Chen(Globalfoundries)

Bioelectronics – 10:00 – 12:00

10:00 Intermission(15Minutes)10:15 2785 EngineeringtheBio-AbioInterfacetoEnable

NextGenBionics–A.Guiseppi-Elie,C.Kotanen,O.Karunwei,andA.Wilson(ClemsonUniversity)

10:50 2786 EnablingLong-TermDielectrophoreticActuationforCellManipulationandAnalysisinMicrofluidicBiochips–D.R.Reyes(NationalInstituteofStandardsandTechnology)

11:25 2787 MicrosystemPathwaystoaGreenerWorldUsingRadioisotopes–A.Lal(CornellUniversity)

3D Systems – 13:05 – 14:50

13:05 2788 SuperconductingFaultCurrentLimiterwithFastNanosecondSwitchingTimeforCommunicationSystemApplication–T.Chiu,C.Shih(CSIST),C.Cheng,C.Cheng(Chung-ShanInstituteofScience&Technology),T.Huang(CSIST),andT.Chang(Chung-ShanInstituteofScience&Technology)

13:40 2789 High-SpeedAlkalineEtchingforBacksideExposureofthroughSiliconVias–K.Yoshikawa(TohokuUniversity),T.Miyazaki(PRE-TECHATCO.,LTD),N.Watanabe,andM.Aoyagi(NationalInstituteofAdvancedIndustrialScienceandTechnology)

14:15 2790 DevelopmentofNovelMOSFETwithFrontandBackSideElectrodesfor3D-StructuredImageSensors–M.Goto,K.Hagiwara,Y.Iguchi,H.Ohtake(NHKScienceandTechnologyResearchLaboratories),T.Saraya,H.Toshiyoshi,andT.Hiramoto(TheUniversityofTokyo)

3D Metrology – 14:50 – 16:00

14:50 2791 MetrologytoEnable“MorethanMoore”ApplicationsofResistiveSwitchingDevices–C.A.Richter,J.Tedesco(NIST),H.Jang(NIST&WakeForestUniversity),H.Li(NIST&GeorgeMasonUniversity),O.Jurchescu(WakeForestUniversity),andQ.Li(GeorgeMasonUniversity)

15:25 2792 MeasurementSciencefor“More-Than-Moore”TechnologyReliabilityAssessments–Y.Obeng(NationalInstituteofStandardsandTechnology),C.Okoro,andJ.Kopanski(NationalInstituteofStandardsandTechnology(NIST))

E14Semiconductor Wafer Bonding 12: Science, Technology, and ApplicationsElectronicsandPhotonics312, Level 3, Hawaii Convention Center

Fundamentals – 08:00 – 09:40

08:00 2952 DirectBondingEnergyMeasurementUnderAnhydrousAtmosphere–F.Fournel,L.Contini,C.Morales,J.DaFonseca,H.Moriceau,C.MartinCocher(CEA,LETI),F.Rieutord(CEA,INAC),A.Barthelemy,andI.Radu(Soitec)

08:40 2953 StudyofHydrophilicSiDirectBondingwithUltravioletOzoneActivationfor3DIntegration–J.Fan,G.Chong,andC.Tan(NanyangTechnologicalUniversity)

09:00 2954 HydrophilicWaferBonding–AnAcid/BaseConcept–M.Reiche(Max-Planck-InstitutfürMikrostrukturphysik)

09:20 2955 SurfaceActiviationforSemiconductorWaferDirectBondingUsingPolymer-StrippingWetChemicals–R.Knechtel,H.Wünschre,andH.Klingner(X-FABSemiconductorFoundriesAG)

Bonded Interface Properties – 10:00 – 12:00

10:00 2956 In SituObservationofFormationofBondedInterfaceusingMEMS-in-TEMattheNanoscale–T.Ishida(TokyoInstituteofTechnology)

10:40 2957 StructureofDirectlyBondedInterfacesBetweenSiandSiC–M.Yoshimoto,R.Araki,T.Kurumi,andH.Kinoshita(KyotoInstituteofTechnology)

11:00 2958 InfluenceofInterfacialParticlesonUnbondedAreainSemiconductorWaferBonding:anExperimentalApproach–H.Kim-Lee,A.Kim,D.Kim,J.Jeon,K.Woo,andB.Park(SamsungCorningPrecisionMaterials)

11:20 2959 StrainCharacterizationofDirectlyBondedGermanium-to-SiliconSubstrates–I.P.Ferain(TyndallNationalInstitute-UCC),N.Bennett,P.McNally(DublinCityUniversity),S.Holl(CaliforniaStateUniversity,Sacramento),andC.Colinge(TyndallNationalInstitute-UCC)

11:40 2960 TheStudyonDefectsofGermanium-on-InsulatorFabricatedbyaLowTemperatureSmart-CutProcess–X.Zhang,F.Yang,Y.Ou(InstituteofMiccroelectronicsofChineseAcademyofSciences),T.Ye(ChineseAcademyofSciences),andS.Zhuang(UniversityofShanghaiforScienceandTechnology)

Wafer Bonding for Solar Cells – 14:00 – 16:00

14:00 2961 AdvancedIII-VMultijunctionSolarCellsFabricatedbySemiconductorWaferBonding–D.C.Law,D.Bhusari,S.Mesropian,S.Singer,P.Chiu,W.Hong,R.Woo,X.Liu,C.Fetzer,A.Palmer,E.Rehder,R.King,J.Boisvert,andN.Karam(Spectrolab,Boeing)

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14:40 2962 DevelopmentofGaInP/GaAs/SiSolarCellsusingSurfaceActivatedWaferBonding–S.Essig,K.Derendorf,E.Oliva,A.Wekkeli,J.Benick,M.Hermele,G.Siefer,A.Bett,andF.Dimroth(FraunhoferInstituteforSolarEnergySystemsISE)

15:20 2963 ElectricalConductivityofDirectWafer-BondedGaAs/GaAsStructuresforWafer-BondedTandemSolarCells–K.Yeung,J.McKay,C.Roberts(UniversityofCalifornia–LosAngeles),andM.Goorsky(UniversityofCalifornia,LosAngeles)

E15State-of-the-Art Program on Compound Semiconductors 54 (SOTAPOCS 54)ElectronicsandPhotonics/LuminescenceandDisplayMaterials328, Level 3, Hawaii Convention Center

Advances in Wide Bandgap Semiconductors – 08:00 – 12:00

08:00 3001 ProgressinNonpolarandSemipolarGaNMaterialsandDevices–J.S.Speck(UniversityofCaliforniaSantaBarbara)

08:30 3002 StudyofProtein-PeptideBindingAffinityUsingAlGaN/GaNHighElectronMobilityTransistors–C.Huang(NationalTsingHuaUniversity),G.Lee,J.Chyi(NationalCentralUniversity),H.Cheng(NationalTaiwanUniversityHospital),C.Hsu(NationalTsingHuaUniversity),Y.Hsu(NanoEngineeringandMicroSystems,NationalTsingHuaUniversity),F.Ren(UniversityofFlorida),andY.Wang(NationalTsingHuaUniversity)

09:00 3003 ScienceChallengesofUltra-EfficientSolid-StateLighting–M.H.CrawfordandJ.Tsao(SandiaNationalLaboratories)

09:30 3004 InGaN/GaNNanostructureArraysforLEDs–T.Yeh,Y.Lin,andP.D.Dapkus(UniversityofSouthernCalifornia)

10:00 Intermission(15Minutes)10:15 3005 WideBandgapSemiconductorsforSensingwith-

inExtremeHarshEnvironments–D.G.Senesky(StanfordUniversity)

10:45 3006 ZnS-basedNanostructures:AnUniqueUV-LightSensor–X.Fang,L.Hu,andL.Wu(FudanUniversity)

11:15 3007 DetectionofSARSCoronavirusNucleocapsidProteinUsingAlGaN/GaNHighElectronMobilityTransistors–Y.Hsu(NanoEngineeringandMicroSystems,NationalTsingHuaUniversity),G.Lee,J.Chyi(NationalCentralUniversity),C.Chang(InstituteofBiomedicalSciences,AcademiaSinica),C.Huang,C.Hsu(NationalTsingHuaUniversity),T.Huang(InstituteofBiomedicalSciences,AcademiaSinica),F.Ren(UniversityofFlorida),andY.Wang(NationalTsingHuaUniversity)

11:30 3008 n-typeNanostructures/p-GaNorSiThinFilmPositionedbyNon-UniformElectricField–J.Kim(KoreaUniversity)

Advanced ins Wide Bandgap Semiconductors – 13:30 – 18:00

13:30 3009 ResistiveSwitchinginZinc-Tin-OxideandAtomicLayerDepositionofNanolaminatesforAmorphousOxideSemiconductorThinFilmTransistors–J.ConleyJr.(OregonStateUniversity)

14:00 3010 Impurity-InducedDisorderinginSi-andMg-dopedAlGaN-AlNSuperlattices–A.Allerman,J.Wierer,Q.Li,M.H.Crawford,andS.Lee(SandiaNationalLaboratories)

14:30 3011 III-NitrideGrowthbyPAMBEandCharacterizationsTowardsGreenEnergyApplications–L.Tu,Y.Lin,C.Chang,P.Wadekar,T.Chen,andT.Deng(NationalSunYat-SenUniversity)

15:00 3012 Phosphor-FreeGreenandYellowLEDsinNano-PatternedandPolarizationControlledEpitaxy–C.WetzelandT.Detchprohm(RensselaerPolytechnicInstitute)

15:30 3013 ImprovedHydrogenSensingPerformanceofAlGaN/GaNbasedsensorwithPlatinumNanonetworks–S.Jang,H.Kim(DankookUniversity),S.Pearton,andF.Ren(UniversityofFlorida)

E16Thin Film Transistors 11 (TFT 11)ElectronicsandPhotonics327, Level 3, Hawaii Convention Center

Oxide TFTs and Fabrication Process I – 08:00 – 10:20Co-Chair: Y. Kuo

08:00 IntroductoryRemarks(10Minutes)08:10 3043 TransparentAmorphousOxideSemiconductor

TFTs:Historyandcurrentstatus–H.Hosono(TokyoInstituteofTechnology)

08:50 3044 Top-GateeffectsinDual-GateAmorphousInGaZnO4Thin-FilmTransistors–K.Takechi(NLTTechnologies,Ltd.),S.Iwamatsu,T.Yahagi,Y.Watanabe,S.Kobayashi(YamagataResearchInstituteofTechnology),andH.Tanabe(NLTTechnologies,Ltd.)

09:30 3045 DepositionofLowStressAmorphousZincTinOxideatAmbientTemperatureusingaRemotePlasmaSputteringProcessSuitableforDelicateSubstrates–S.M.Pfaendler(UniversityofCambridge),G.Ercolano,J.Driscoll(DepartmentofMaterialScience,UniversityofCambridge),andA.J.Flewitt(DepartmentofEngineering,UniversityofCambridge)


Oxide TFTs and Fabrication Processes II – 10:20 – 12:00Co-Chairs: S. Fonash and H. Hosono

10:20 3046 MgZnO/ZnOHeterostructureField-EffectTransistorsFabricatedbyRF-Sputtering–B.Wang(GraduateInstituteofPhotonicsandOptoelectronics&DepartmentofElectricalEngineering,NationalTaiwanUniversity),I.Cheng,andJ.Chen(NationalTaiwanUniversity)

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10:40 3047 a-InGaZnOThin-FilmTransistorwithNon-VacuumProcessedInGaZnO/AlOxGateDielectricStack–M.Furuta,T.Kawaharamura(KochiUniversityofTechnology),T.Toda(SchoolofEnvironmentalScienceandEngineering,InstituteforNanotechnology,KochiUniversityofTechnology),andW.Dapeng(KochiUniversityofTechnology)

11:00 3048 SimpleAqueousSolutionRouteforFabricationofHighPerformanceOxideTFT–B.Bae(KoreaAdvancedInstituteofScienceadTechnology(KAIST)),Y.Hwang,J.Seo,andG.Choi(KAIST)

11:20 3049 FabricatingMultipleChanneledZincOxideThinFilmTransistorviaSol-GelMethod–G.Chiou,S.Liu(NationalChiNanUniversity),S.Chen(NationalTsingHuaUniversity),andH.Chen(NationalChiNanUniversity)

11:40 3050 ImprovementofSolution-ProcessedOxideThin-FilmTransistorsbyUltra-VioletTreatment–J.Lee,S.Song,D.Kang,Y.Kim,J.Kwon,andM.Han(SeoulNationalUniversity)

Oxide TFT Device and Reliability – 14:00 – 16:00Co-Chairs: H. Hosono and P. Migliorato

14:00 3051 LightandBiasInducedDefectsina-IGZOThinFilmTransistors–P.Migliorato(CambridgeUniversity),M.Seok,J.Um,M.Chowdhury(KyungHeeUniversity),andJ.Jang(KyungHeeUniv.)

14:40 3052 ImprovementofthePhoto-BiasStabilityofZn-Sn-OFieldeffectTransistorsbyanOzoneTreatment–B.Yang,S.Oh,Y.Kim,andH.Kim(SeoulNationalUniversity)

15:00 3053 ImprovementinthePhoto-InducedBiasInstabilityofOxideTFTbyControllingSub-GapStates–K.Son,T.Kim,J.Park,H.Kim,S.Seo,J.Seon(SamsungAdvancedInstituteofTechnology),K.Ji,J.Jeong(InhaUniversity),H.Lee,S.Im(YonseiUniversity),M.Ryu,andS.Lee(SamsungAdvancedInstituteofTechnology)

15:20 3054 MixedOxideThinFilmTransistorsUnderCombinatoryOpticalIrradiationandElectricalBias–T.L.Alford,R.Vemuri,andW.Mathews(ArizonaStateUniversity)

15:40 3055 TheeffectofZn/SnRatioontheElectricalPerformanceofAmorphousZrZnSnO(ZZTO)ThinFilmTransistorsbyRFSputtering–I.Chiu,I.Cheng,andJ.Chen(NationalTaiwanUniversity)

E17SiGe, Ge, and Related Compounds: Materials, Processing, and Devices 5ElectronicsandPhotonics316A, Level 3, Hawaii Convention Center

Opening and Plenary Session – 08:25 – 10:35Co-Chair: David Harame

08:25 IntroductoryRemarks(20Minutes)08:45 3101 AdvancedCMOSScalingandFinFET

Technology–E.J.Nowak(IBM)09:40 3102 FinFET--HowtoMakeaVeryShortChannel

MOSFET–C.Hu(Univ.ofCalif.,Berkeley)

FET/Strain Session 1: FinFET – 10:50 – 12:10Co-Chairs: Yee-Chia Yeo

10:50 3103 EffectofFinDopingConcentrationontheElectricalCharacteristicsofGermanium-on-InsulatorMulti-GateField-EffectTransistor–B.Liu,X.Gong,C.Zhan(NationalUniversityofSingapore(NUS)),G.Han(NationalUniversityofSingapore),N.Daval,C.Veytizou,D.Delprat,B.Nguyen(Soitec),andY.Yeo(NationalUniversityofSingapore)

11:10 3104 GermaniumGate-All-AroundFETsonSOI–H.Chang(GIEE,NTU),S.Hsu,C.Chu(NationalNanoDeviceLaboratories),W.Tu,Y.Chen(NationalTaiwanUniversity),P.Sung,G.Luo(NationalNanoDeviceLaboratories),andC.Liu(NationalTaiwanUniversity)

11:30 3105 SelectiveGrowthOfStrainedGeChannelOnRelaxedSiGeBufferInShallowTrenchIsolationForHighMobilityGePlanarAndFinp-FET–B.Vincent,L.Witters,O.Richard,A.Hikavyy,H.Bender,R.Loo,M.Caymax,andA.Thean(imec)

11:50 3106 StressTechniquesandMobilityEnhancementinFinFETArchitectures–G.Eneman,L.Witters,J.Mitard,G.Hellings,A.DeKeersgieter(Imec),D.Brunco(Globalfoundries),A.Hikavyy,B.Vincent,E.Simoen,P.Favia,H.Bender,A.Veloso,T.Chiarella,G.Boccardi,M.Kim,M.Togo,R.Loo,K.DeMeyer,N.Horiguchi,N.Collaert,andA.Thean(imec)

HBT Session 1: Advanced SiGe HBT Technology – 13:40 – 16:00Co-Chairs: Guofu Niu and Mikael Ostling

13:40 3107 AdvancedTransistorArchitecturesforHalf-TerahertzSiGeHBTs–B.Heinemann,A.Fox,andH.Rücker(IHP)

14:10 3108 UnderstandingtheEffectsofEpitaxyArtifactsonSiGeHBTPerformancethroughDetailedProcess/DeviceSimulation–R.Camillo-Castillo,Q.Liu,P.Cheng,J.Adkisson(IBMMicroelectronics),andD.Harame(IBMSystemsandTechnologyGroup)

14:30 3109 ImprovedFrequencyResponseinaSiGenpnDevicethroughImprovedDopantActivation–J.Adkisson(IBMMicroelectronics),M.Khater(IBMT.J.WatsonResearchCenter),J.Gambino,P.Cheng,V.Jain,R.Camillo-Castillo(IBMMicroelectronics),C.Lavoie(IBMT.J.WatsonResearchCenter),A.Sutton,O.Gluschenkov(IBMSemiconductorResearchandDevelopmentCenter),Q.Liu,T.McDevitt(IBMMicroelectronics),S.Engelmann(IBMT.J.WatsonResearchCenter),J.Pekarik(IBMMicroelectronics),andD.Harame(IBMSystemsandTechnologyGroup)

14:50 3110 EvaluationofRFNoiseSourceRelativeImportanceinSiGeHBTsUsingVariousNoiseRepresentations–Z.XuandG.Niu(AuburnUniversity)

15:10 3111 StrainedSiliconHeterojunctionBipolarTransistors–A.ONeill(NewcastleUniversity)

15:40 3112 ASelf-AlignedSacrificialEmitterProcessforHighPerformanceSiGeHBTinBiCMOS–Q.Liu(IBMMicroelectronics)andD.Harame(IBMSystemsandTechnologyGroup)

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F1Bio-Enabled Materials, Processes, and DevicesElectrodeposition/PhysicalandAnalyticalElectrochemistry/Sensor311, Level 3, Hawaii Convention Center

Electrochemical Biosensors – 10:00 – 11:40Co-Chairs: John Harb and Zorida Aguilar

10:00 3244 (Invited)DNA-TranslocationthroughaSolid-StateNanoporeCoatedwithaFunctionallySwitchableSelf-AssembledMonolayer–S.Harrer(IBMResearchLaboratoryMelbourne),D.Wang,B.Luan,G.Stolovitzky,H.Peng,andA.Afzali-Ardakani(IBMResearchUSA)

10:40 3245 (Invited)ElectrochemicalBiosensorsforDetectingPathogens–W.R.Heineman,X.Guo,A.Kulkarni,S.Iyer,andH.Halsall(UniversityofCincinnati)

11:20 3246 IridiumOxideHybridsasElectrodesfortheNeuralSystem–N.M.Carretero,J.Moral,A.Cruz,andN.Casañ-Pastor(ICMAB-CSIC)

Biologically Inspired Systems – 14:00 – 15:40Co-Chair: Daniel Schwartz

14:00 3247 (Invited)HierarchicallyAssemblyofMaterialsUsingBiologicalBuildingBlocks–S.Kim,M.Vasudev,J.Slocik,S.Jones,T.Bunning,andR.Naik(AirForceResearchLaboratory)

14:40 3248 (Invited)BiologicallyInspiredSynthesisofaPhotocatalyticallyActiveMembraneforWaterTreatment–N.Kinsinger,A.Dudchenko,A.Wong(UCRiverside),D.Li(LawrenceBerkeleyNationalLabs),andD.Kisailus(UCRiverside)

15:20 3249 Bio-InspiredChemistryforElectrophoreticNanotechnology–I.Zhitomirsky(McMasterUniversity)

F2Electrodeposition General Session: Fundamentals and New Materials – Dieter M. Kolb Memorial SymposiumElectrodeposition313B, Level 3, Hawaii Convention Center

Session I – 08:00 – 10:00Co-Chairs: R. Alkire and T. Homma

08:00 IntroductoryRemarks(20Minutes)08:20 3262 OntheStructureoftheHelmholtzLayeratthe

Solid-ElectrolyteBoundaryanditsRelationtoElectrodeKinetics–H.J.Lewerenz(CaliforniaInstitutofTechnology)

09:00 3263 MetalDepositiononMetal,Semiconductor,OrganicLayer–CommonInterestswithProf.DieterKolb–K.Uosaki(NIMS)


Session II: UPD and Adsorption – 10:00 – 12:00Co-Chairs: T. Homma and R. Alkire

10:00 3264 UnderpotentialDepositionofCuonAu(111)inAcidSulfateSolution–N.Vasiljevic(UniversityofBristol),L.Viyannalage(SUNY-Binghamton),N.Dimitrov(SUNYatBinghamton),andK.Sieradzki(ArizonaStateUniversity)

10:20 3265 TuningtheDrivingForceinUnderpotentialCodepositionofAlloysviaSelectiveComplexation:ApplicationtoAu-CuAlloys–D.LiangandG.Zangari(UniversityofVirginia)

10:40 3266 LeadUnderpotentialDepositiononSub-MonolayerPtandRuModifiedAu(111)Surface–Q.Yuan,A.Tripathi,M.Slavkovic,andS.Brankovic(UniversityofHouston)

11:00 3267 EC-STMStudyofTwo-DimensionalComplexAdlayerDirectlyFormedonAu(111)–S.Yoshimoto(KumamotoUniversity)andK.Nishiyama(KumamotoUniv.)

11:20 3268 CharacterisationoftheDepositionofn-octano-hydroxamateonCopperSurfaces–G.K.Parker(GriffithUniversity),S.Holt(AustralianNuclearScienceandTechnologyOrganisation),andG.Hope(GriffithUniversity)

11:40 3269 ElectrochemicalFormationofCu-CorroneneAdlayeronAu(111)inAcidicSolution–T.Sawaguchi(NationalInstituteofAdvancedIndustrialScienceandTechnology)andS.Yoshimoto(KumamotoUniversity)

Session III: Thin Film Electrodeposition – 14:00 – 16:00Co-Chairs: K. Uosaki and L. Kibler

14:00 3270 E-ALDofPdonAuSingleCrystals–L.Sheridan,Y.Kim,J.Stickney(TheUniversityofGeorgia),andD.B.Robinson(SandiaNationalLaboratories)

14:20 3271 Layer-by-layerPtElectrodepositiononAuSingleCrystalSurfacesStudiedbyIn SituResonanceSurfaceX-rayScattering–T.Kondo,M.Shibata(OchanomizuUniversity),T.Masuda,andK.Uosaki(NIMS)

14:40 3272 TheEvolutionofSurfaceMorphologyandStressinElectrodepositedCopperNanofilms–M.O’Grady,C.Lenihan(MaterialsandSurfaceScienceInstitute,UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)

15:00 3273 ElectrochemicalImpedanceSpectroscopyAppliedtoCantileverCurvature–M.C.Lafouresse,U.Bertocci,C.Beauchamp,andG.Stafford(NIST)

15:20 3274 ControllingPtNucleationandGrowthbySolutionChemistryandDepositionConditions–Y.Liu,D.Gokcen(NationalInstituteofStandardsandTechnology),U.Bertocci(NIST),andT.Moffat(NationalInstituteofStandardsandTechnology)

15:40 3275 XASStudyofCore-ShellPtRuNanoparticlesfromGalvanicPulseCurrentDeposition–Y.Hsieh(NationalChiaoTungUniversity),L.Chang(GraduateProgramforScienceandTechnologyofAcceleratorLightSource),P.Wu(DepartmentofMaterialsScienceandEngineeringNationalChiaoTungUniversity),andJ.Lee(NationalSynchrotronRadiationResearchCenter)

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F3Electroless Deposition: Principles, Activation, and Applications 2Electrodeposition306A, Level 3, Hawaii Convention Center

Co-Chairs: Stojan Djokic, John Sickney, T. Homma, and W. Cai

08:00 IntroductoryRemarks(5Minutes)08:05 3312 InfluenceofAddedElementsonElectrolessNi-P

–P.CavallottiandL.Magagnin(PolitecnicodiMilano)

08:25 3313 CorrosionofCopperandNickelDuringElectrolessNiP/PdDeposition–C.S.TiwariandR.Nguyen(MicronTechnologyInc.)

08:45 3314 ElectrochemicalEvaluationofElectrolessNi-Zn-Cu-PAlloyDeposition–M.ZaimiandK.Noda(ShibauraInstituteofTechnology)

09:05 3315 DepositionofThinMetallicFilmsonSemiconductorSubstrates–S.Djokic(ElchemConsulting,Ltd.),N.Djokic(ElchemConsultingLtd.),andT.Thundat(UniversityofAlberta)

09:25 3316 CopperElectrolessDepositiononaGlassSubstrate–P.ChanandW.Dow(NationalChungHsingUniversity)

09:45 3317 Co-NiElectrolessCompositePlatingof20nmDiamondparticleson10micrometerPlasticBallsandtheApplicationofthusprepareddevicestoPostCMPProcesses–S.Yoshihara(UtsunomiyaUniversity)

10:05 Intermission(15Minutes)10:20 3318 ImpactoftheSiliconSubstratesCleaningand

ActivationintheNickelElectrolessPlating–M.Bouttemy(InstitutLavoisierdeVersailles),H.ElBelghiti(OMGUltraPureChemicals),D.Aureau(CNRS-UVSQ),E.Delbos(OMGUltraPureChemicals),andA.Etcheberry(InstitutLavoisierdeVersailles)

10:40 3319 FluorideFreeGalvanicDisplacementofCopperandSilverasSurfaceModificationsforMEMS–D.Serrao,A.Raygani,andL.Magagnin(PolitecnicodiMilano)

11:00 3320 Solution-SourceVapor-PhaseMistDepositionMethodforFutureRoll-to-RollProcessinSemiconductorDeviceFabrication–S.Fujita,S.Katori,T.Ikenoue,andJ.Piao(KyotoUniversity)

11:20 3321 EffectofLight/HeatonFastFormationReactionofHighly-ConductivePolymerwithMetalShellStructure–Y.Hashimoto(ChibaInstituteofTechnology),J.Kawakita,T.Chikyow(NationalInstituteforMaterialsScience),andY.Sakamoto(ChibaInstituteofTechnology)

11:40 3322 DepositionRateofMetalonConductingPolymerUnderPhotoIrradiation–H.Fujihira,J.Kawakita,T.Chikyow(NationalInstituteforMaterialsScience),andY.Sakamoto(ChibaInstituteofTechnology)

Co-Chairs: J. Stickney, Stojan Djokic, and L. Magagnin

14:00 3323 OntheMechanismofElectrolessDepositionofNi-P:ElectrochemicalandComputationalInvestigations–L.Magagnin,C.Cavallotti,andP.Cavallotti(PolitecnicodiMilano)

14:20 3324 ElectrolessDepositionforDevelopingATRSurfaceEnhancedIRSpectroscopy–W.Cai(DepartmentofChemistry,FudanUniversity)

14:40 3325 InvestigationofReactionsandAdditiveEffectsinElectrolessDepositionbyIn SituTransmittanceMeasurement–K.Park,T.Lim,M.Kim,andJ.Kim(SeoulNationalUniversity)

15:00 Intermission(20Minutes)15:20 3326 FactorsAffectingReactionRatesofChemical

BathDepositionofCopperOxideThinFilms–J.Sasano,Y.Adachi,andM.Izaki(ToyohashiUniversityofTechnology)

15:40 3327 TheInteractionofTantalumwithTelluriteIonsinBasicSolution–C.TsangandJ.Stickney(TheUniversityofGeorgia)

F5Magnetic Materials and Devices 12Electrodeposition323C, Level 3, Hawaii Convention Center

Magnetic Recording and Materials 1 – 09:00 – 16:00Co-Chairs: C. Bonhote, G. Zangari, and S. Brankovic

09:00 3391 ThinFilmMagneticHeads–EarlyInventionsandTheirOngoingImpactonMagneticStorageandonElectrochemistry–L.Romankiw(IBM,ThomasJ.WatsonResearchCenter)andS.Krongelb(IBMThomasJ.WatsonResearchCenter)

09:40 Intermission(20Minutes)10:00 3392 BeyondPerpendicularMagneticRecording-

AlternativeMagneticStorageTechnologies–N.Robertson(HGSTResearch)

10:40 3393 ElectrodepositionofMagneticAlloysUsedinFabricationofRecordingHeads–I.Tabakovic,S.Riemer,J.Gong,V.Venkatasamy,andM.Kautzky(SeagateTechnology)

11:20 3394 MagneticTapeHeadsandContactRecording–R.G.Biskeborn(IBMCorporation)

12:00 Intermission(120Minutes)14:00 3395 ElectrochemicalDepositionofMagneticAlloy

FilmswithLargeMagneticAnisotropy–D.LiangandG.Zangari(UniversityofVirginia)

14:40 3396 ReversibleChangeofMagnetisminFePtandCoPtFilmsbyElectrochemicalCharging–K.Leistner(IFW)

15:20 3397 ResistivityControlinCoFeNiXMagneticAlloys–N.Dole(UniversityofHouston),D.Lee,N.Brockie,A.Papou,W.French(TexasInstruments),andS.Brankovic(UniversityofHouston)

15:40 3398 CompositionGradientsandMagneticPropertiesof10-100nmNiFeandCoFeFilmsObtainedbyElectrodeposition–J.Gong,S.Riemer,V.Venkatasamy,M.Kautzky,andI.Tabakovic(SeagateTechnology)

I1Physical and Analytical Electrochemistry General SessionPhysicalandAnalyticalElectrochemistry318B, Level 3, Hawaii Convention Center

PAED General Session 1 – 09:00 – 12:00Co-Chairs: R. Calhoun and S. Chen

09:00 3527 ElectrochemicalMeasurementsinHighMagneticFieldsforEnergyStorage–A.Migliori,C.R.Kreller,R.L.Borup,andF.H.Garzon(LosAlamosNationalLaboratory)

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09:20 3528 TheImportanceofElectrochemicalSurfacePotentialsinPressureSolution–K.Kristiansen,M.Valtiner(UniversityofCalifornia,SantaBarbara),G.Greene(DeakinUniversity),J.Boles,andJ.Israelachvili(UniversityofCalifornia,SantaBarbara)

09:40 Intermission(20Minutes)10:00 3529 SurfaceIntermediatesoftheOxygenEvolution

ReactiononIridiumasObservedbySurfaceInterrogationScanningElectrochemicalMicroscopy(SI-SECM)–N.Arroyo-CurrasandA.Bard(UniversityofTexasatAustin)

10:20 3530 SECMFootprintAnalysisofReactiveOxygenSpeciesProducedDuringMultielectronicO2Reduction–J.Noel(UniversityofRennes1),A.Latus(UniversityofBucharest),C.Lagrost(UniversityofRennes1),E.Volanschi(UniversityofBucharest),andP.Hapiot(UniversitedeRennes1)

10:40 3531 NewMethodsandNewApplicationsofElectrochemiluminescentAnalysis–G.Xu,L.Hu,L.Zhang,Y.Yuan,T.Yuan,andS.Parveen(ChangchunInstituteofAppliedChemistry)

11:00 3532 ProbingTheStructureandCompositionattheElectrodeInterface:UnderstandingtheImportanceofThrough-SpaceInteractions–M.R.Anderson,M.DeLaRosa,M.Tomlinson,andM.Anderson(UniversityofColoradoDenver)

11:20 3533 Surface-EnhancedRamanSpectroscopyPlatformsforStudyingElectrodepositionandSurfaceChemistryofNanostructuredSemiconductors–J.GuandS.Maldonado(UniversityofMichigan)

11:40 3534 DetectionofTetrylbyElectrogeneratedChemiluminescence(ECL)quenchingofRu(bpy)32+–P.LindhomeandR.L.Calhoun(USNavalAcademy)

PAED General Session 2 – 14:00 – 18:00Co-Chairs: P. Trulove and R. Mantz

14:00 3535 SimulationofElectrochemicalMicromachiningwithNanosecondPulses–E.L.Hotoiu,S.VanDamme,andJ.Deconinck(VrijeUniversiteitBrussel)

14:20 3536 PerformanceCharacterizationoftheTitanium(IV)-PorphyrinReagentforDeterminingHydrogenPeroxidebasedonAbInitioCalculations–K.Takamura(TokyoUniversityofPharmacyandLifeSciences)andT.Matsumoto(InstituteofMultidisciplinaryResearchforAdvancedMaterials,TohokuUniversity)

14:40 3537 QuantumMechanicalAnalysisontheEffectofElectricFieldontheAdsorptionofWaterandHydroniumonTransitionMetalSurfaces–A.Huzayyin,J.Chang,F.Dawson,andK.Lian(UniversityofToronto)

15:00 3538 ATemperatureDependentMulti-IonModelforTimeAccurateNumericalSimulationoftheElectrochemicalMachiningProcess–D.Deconinck,S.VanDamme,andJ.Deconinck(VrijeUniversiteitBrussel)

15:20 3539 ElectrolessDepositionofthecylindricalIronNanotubesusingAnodicAluminiumOxideTemplate–T.Hussain,A.Shah,andG.Zohra(UniversityofthePunjab)

15:40 3540 ExtractMetalsbyaTreatedScallopShellPowder–K.Takeuchi,H.Honda,S.Tamura,T.Ishiguro,Y.Kogo(TokyoUniversityofScience),H.Koyanaka(KyotoUniversity),J.Neuefeind,M.Feygenson,andA.Kolesnikov(OakRidgeNationalLaboratory)

I2Bioelectroanalysis and BioelectrocatalysisPhysicalandAnalyticalElectrochemistry317B, Level 3, Hawaii Convention Center

Bioelectroanalysis – 08:20 – 12:00Co-Chairs: L. Mao and A. Brajter-Toth

08:20 3572 ElectrochemicalInvestigationsofLipidMembranesandProteinsattheLiquid-LiquidInterface–R.Kataky(DurhamUniversity)

08:40 3573 FabricationofNanoporous1-3nmThickMembranesonNanostructuredMicroelectrodesforLownMDetection–A.Boateng(UniversityofFlorida),F.Irague(UniversitéPaulSabatierToulouseIII),andA.Brajter-Toth(UniversityofFlorida)

09:00 3574 ElectrochemicalImmunoassayofPhosphorylatedProteins–D.Du(CentralChinaNormalUniversity)

09:20 3575 IntermediateLayersforImmobilizationofBiomacromoleculesonVariousSubstrates–A.Nowicka,A.Kowalczyk,M.Fau,andZ.J.Stojek(UniversityofWarsaw)

09:40 Intermission(20Minutes)10:00 3576 FunctionalNanomaterialsforSensitiveBioassay

–D.Du(PacificNorthwestNationalLaboratory)andY.Lin(PacificNorthwestNationalLab)

10:20 3577 InVivoElectroanalyticalChemistry:StrategiesBasedonSurface/InterfaceChemistry–L.Mao(InstituteofChemistry,ChineseAcademyofSciences(CAS))

10:40 3578 DevelopmentofNano-Pt/Graphene/NafionCompositeMembraneforGlucoseBiosensor–H.Leu,K.Chiu,andC.Lin(FengChiaUniversity)

11:00 3579 ElectrochemicalTechniquesasEffectiveReadoutMethodsforAptamerbasedBiosensors–E.Wang(ChangchunInstituteofAppliedChemistry)

11:20 3580 SynthesisGraphene-basedNanocompositesandApplyinElectrochemicalSensors–Z.WANG(ChangchunInstituteofAppliedChemistry,ChineseAcademyofSciences)

11:40 3581 ElectrochemicalSurfacePlasmonResonanceSensorbasedonNanoholeArrayElectrodeFabricatedbyNanoimprintingTechnique–O.Niwa(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Nakamoto(NationalInstituteofAdvancedIndustrialScienceandTechnology,UniversityofTsukuba),andR.Kurita(NationalInstituteofAdvancedIndustrialScienceandTechnology)

Bioelectrocatalysis – 14:00 – 18:00Co-Chairs: D. Cliffel and S. Calabrese Barton

14:00 3582 InvestigationoftheDissimilarityMetalReduction(DMR)PathwaysofShewanellawithSpatialResolutionbyScanningElectrochemicalMicroscopy–G.Chen,D.Kimmel,andD.Cliffel(VanderbiltUniversity)

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14:20 3583 FacilitationofHigh-RateNADHElectrocatalysisatActivatedCarbonElectrode–H.Li,R.Li,R.Worden,andS.CalabreseBarton(MichiganStateUniversity)

14:40 3584 IonicLiquid-BasedElectrochemicalBiosensors–P.YuandL.Mao(InstituteofChemistry,ChineseAcademyofSciences(CAS))

15:00 3585 ElectrochemicalBiosensorandBiofuelCellApplicationsofNanomaterialsModifiedElectrodes–S.Chen,Y.Li,V.Mani,andM.Rajkumar(NationalTaipeiUniversityofTechnology)

15:20 3586 DirectElectronTransferandElectrocatalysisofHemoglobinonITONanoparticleElectrode–Y.Ayato,K.Yamagiwa(TokyoUniversityofScience),H.Shiroishi(TokyoNationalCollegeofTechnology),andJ.Kuwano(TokyoUniversityofScience)

15:40 3587 AThirdGenerationL-fucoseBiosensorbasedonaNovelDehydrogenasefromtheBasidiomyceteCoprinopsisCinerea–M.Inukai(TokyoUniversityofAgricultureandTechnology),H.Matsumura,K.Igarashi,M.Samejima(TheUniversityofTokyo),N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)


Electrochemistry in Molten Salts and Ionic Liquids – 08:00 – 08:40Co-Chair: W. M. Reichert

08:00 3615 FundamentalStudyonReductionRateforElectrolyticReductionofSiO2PowderinMoltenCaCl22–T.Toba,K.Yasuda,T.Nohira,R.Hagiwara(KyotoUniversity),K.Ichitsubo,K.Masuda(TaiheiyoCementCorporation),andT.Homma(WasedaUniversity)

08:20 3616 AnodicReactionsonSomeMaterialsinLiCl-KClMelt–T.Takenaka,M.Umehara,D.Araki,andT.Morishige(KansaiUniversity)

New Molten Salts and Ionic Liquids and Properties – 08:40 – 14:00Co-Chairs: W. M. Reichert and J. Davis

08:40 3617 PropertiesofQuaternaryPhosphoniumFluorohydrogenateIonicLiquidsandTheirDerivativesGivingIonicPlasticCrystalPhases–R.Hagiwara,T.Enomoto,andK.Matsumoto(KyotoUniversity)

09:00 3618 BorderbetweenIonicLiquidsandElectrolyteSolutions–M.Watanabe(YokohamaNationalUniversity)

09:40 Intermission(20Minutes)10:00 3619 IonPairsinIonicLiquids–J.Hallett,I.Villar-

Garcia,andT.Welton(ImperialCollege,London)10:40 3620 BulkandInterfacialPropertiesofIonicLiquids

andTheirMixtureswithLithiumSalts–O.Borodin(U.S.ArmyResearchLaboratory),J.Vatamanu(UniversityofUtah),L.Xing(TheUniversityofUtah),G.Smith(WasatchMolecularInc),andD.Bedrov(TheUniversityofUtah)

11:00 3621 PolymorphicBehaviorofAlkaliMetalBis(Fluorosulfonyl)Amides–K.Matsumoto,T.Oka,T.Nohira,andR.Hagiwara(KyotoUniversity)

11:20 3622 EffectofInteractionbetweenCation-AniononIonicConductivityinRoomTemperatureMoltenFluoridesContainingHF–A.Tasaka,H.Inoue,T.Isogai,T.Nakai,M.Saito,andM.Inaba(DoshishaUniversity)

11:40 3623 ProticIonicLiquidsasFuelCellElectrolytes:ContrastandSimilaritiesbetweenBulkandElectrochemicalProperties–M.Miran,T.Yasuda,M.Susan,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)


New Molten Salts and Ionic Liquids/Properties of MS and IL – 14:00 – 16:00Co-Chairs: D. Fox and M. Watanabe

14:00 3624 BoroniumBasedIonicLiquids:SaltsofBoronCenteredCationsasPromisingSaltsforElectrochemicalApplications–J.H.DavisJr.(UniversityofSouthAlabama),T.Ruether(CommonwealthScientificandResearchOrganization,CSIRO,EnergyTechnology),andS.Dorman(BirminghamSouthernCollege)

14:40 3625 TheStructureofIonicLiquidsontheNanoscale–C.J.Margulis,H.Kashyap,H.Annapureddy,J.Hettige(UniversityofIowa),E.CastnerJr.,C.Santos,andN.Murthy(RutgersUniversity)

15:20 3626 PhysicochemicalandElectrochemicalPropertiesofNovelIonicLiquidsContainingAproticHeterocyclicAnionsDopedwithLithiumSalts–C.Shi,A.DeSilva,M.Guzman,andJ.Brennecke(UniversityofNotreDame)

15:40 3627 NewApproachestotheLow-meltingInorganicIonicLiquidChallenge–T.G.TuckerandC.Angell(ArizonaStateUniversity)

I4Electrocatalysis 6PhysicalandAnalyticalElectrochemistry/EnergyTechnology/IndustrialElectrochemistryandElectrochemicalEngineering315, Level 3, Hawaii Convention Center

Electrocatalysis Structural Effects I – 08:15 – 12:00Co-Chairs: G. Brisard and V. Ramani

08:15 IntroductoryRemarks(5Minutes)08:20 3737 (Invited)OxygenEvolutionReactiononMinute

AmountsofRuandIrCatalystforApplicationinFuelCellProtection–R.T.Atanasoski(3MCompany),D.A.Cullen(OakRidgeNationalLaboratory),andL.Atanasoska(3MCompany)

09:00 3738 ORRActivityEnhancementofMBE-preparedPtmonolayeronAu(111)SingleCrystalSubstrate–Y.Iijima,Y.Takahashi,N.Todoroki,K.Matsumoto,andT.Wadayama(TohokuUniversity)

09:20 3739 FacileSynthesisofPdxCo@Pd/CCore-ShellNanoparticlesandPt-DecoratedPd3Co@Pd/CasOxygenReductionReactionElectrocatalysts–D.Wang,C.Li(SouthwestUniversity),andH.D.Abruña(CornellUniversity)


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10:00 3740 OxygenReductionforFuelCellsandBatteries:MechanisticStudiesandtheDesignofNewCatalysts–A.A.Gewirth,C.Tornow,andE.Tse(UniversityofIllinois)

10:20 3741 SurfaceModificationofPtRu/CbyMono-layeredDecorationofPt,Au,Pd,andIrforOxygenReductionReaction–C.Kuo(NationalChiaoTungUniversity),L.Chang(GraduateProgramforScienceandTechnologyofAcceleratorLightSource),Y.Hsieh(NationalChiaoTungUniversity),P.Wu(DepartmentofMaterialsScienceandEngineeringNationalChiaoTungUniversity),andJ.Lee(NationalSynchrotronRadiationResearchCenter)

10:40 3742 AnExcellentElectrocatalysisofNovelPt-TaOxCompositeElectrocatalystsforOxygenReductionReaction–Z.Awaludin,T.Okajima,andT.Ohsaka(TokyoInstituteofTechnology)

11:00 3743 CarbonSupportedPt-OsElectrocatalystsforOxygenReductionReaction–Y.Lee,C.Kuo,Y.Hsieh(NationalChiaoTungUniversity),P.Wu(DepartmentofMaterialsScienceandEngineeringNationalChiaoTungUniversity),andJ.Lee(NationalSynchrotronRadiationResearchCenter)

11:20 3744 InstantaneousOne-PotSynthesisofFe-N-codopedGrapheneasanEfficientElectrocatalystforOxygenReductionReactioninAcidicSolutions–K.Kamiya,K.Hashimoto,andS.Nakanishi(TheUniversityofTokyo)

11:40 3745 Strip-LikeNanosizedTungstenCarbideasCatalystforOxygenReductionReaction–S.KangandP.Shen(SunYat-SenUniversity)

Surface Characterisation of Electrocatalysts – 14:00 – 16:00Co-Chairs: P. K. Shen and R. Atanasoski

14:00 3746 In SituSTMElucidationoftheeffectsofStepStructuresonPt(111)ElectrodesforDissolvedCOOxidation–J.Inukai,D.A.Tryk,T.Abe,M.Wakisaka,H.Uchida,andM.Watanabe(UniversityofYamanashi)

14:20 3747 HighSpeedAFMStudyonthePotentialDependenceoftheDissolutionofShape-controlledPtNanoparticles–Y.Yamada,C.Yoshida(ChibaUniversity),M.Nakamura(ChibaUniveristy),andN.Hoshi(ChibaUniversity)

14:40 3748 XPSandSTEMoftheInterfaceFormationbetweenUltra-ThinRu,IrandPtLayersandPeryleneRedCatalystSupportWhiskers–L.L.Atanasoska(3MCompany),D.A.Cullen(OakRidgeNationalLaboratory),A.Hester(3M),andR.T.Atanasoski(3MCompany)

15:00 3749 EthanolElectrooxidationona(2x2)-Sn/Pt(111)SurfaceAlloyandaSnOx/Pt(111)Surface:ACombinedSurfaceScienceandIn SituFTIRStudy–W.Zhou,J.Magee,S.Axnanda,R.R.Adzic,andM.G.White(BrookhavenNationalLaboratory)

15:20 3750 ElectrochemicalandATR-IRInvestigationonDecontaminatedShape-ControlledPdNanocrystals–H.ZhangandW.Cai(DepartmentofChemistry,FudanUniversity)

15:40 3751 MolecularStructuresofFluorinatedSelf-AssembledMonolayers(SAMs)ConstructedonMetalSurfacesInvestigatedbySurfaceVibrationalSpectroscopies–I.Yagi,K.Nomura,andK.Inokuma(FC-CubicTRA)

J1Chemical Sensors 10 – Chemical and Biological Sensors and Analytical SystemsSensor319B, Level 3, Hawaii Convention Center

J1-1 – Nano/Bio Sensors – 08:00 – 12:00Co-Chairs: A. Simonian and B. Chin

08:00 3827 PhytosensorsandPhytoactuators–A.G.Volkov,M.Volkova(OakwoodUniversity),andV.Markin(UniversityofTexas)

08:20 3828 BiofuelCellProvidingaPlatformforSelf-PoweredBiosensors–S.Dong(ChangchunInstituteofAppliedChemistry)

08:40 3829 MiniatureEnzymaticBiosensorsforTearGlucoseMeasurementinCapillaryTubes–B.Peng,Q.Yan(UniversityofMichigan),B.Cohan(EyeLabGroup),T.C.Major,andM.E.Meyerhoff(UniversityofMichigan)

09:00 3830 Real-timeandUltra-sensitivedetectionofCancerMarkerUsingaNovelSiliconNanobeltFieldEffectTransistor–Y.Yu(GraduateInstituteofBiomedicalMaterialsandTissueEngineering),J.Wu(DepartmentofDentistry,TaipeiMedicalUniversityHospital),andC.Wu(GraduateInstituteofBiomedicalMaterialsandTissueEngineering)

09:20 3831 GrapheneOxide-BasedAptasensorforHeavyMetalDetection–M.LiandN.Wu(WestVirginiaUniversity)

09:40 3832 TimeSensors:CircadianRhythmsinBiologicallyClosedElectrochemicalCircuitsofPlants–A.Waite,J.Wooten,A.G.Volkov(OakwoodUniversity),andV.S.Markin(TheUniversityofTexas)

10:00 Intermission(20Minutes)10:20 3833 ImmobilizationofEnzymesandRedoxProteins

andTheirElectrochemicalBiosensorApplications–S.Chen,V.Mani,S.Palanisamy,andY.Li(NationalTaipeiUniversityofTechnology)

10:40 3834 SalmonellaTyphimuriumDetectiononFoodSurfaceusingMagnetoelasticBiosensors–Y.Chai,S.Horikawa,M.Park,S.Li,andB.Chin(AuburnUniversity)

11:00 3835 Bio-InspiredAutonomousSentinelSystemforScreeningInvasivePathogens–S.Li,H.Wikle,Y.Chai,M.Park,S.Horikawa,andB.Chin(AuburnUniversity)

11:20 3836 NewMultimodeSensorsbasedonNanostrucuredMaterialsforSimultaneousScreeningofBiologicalFluidsforSpecificBreastCancerandHepatitisBBiomarkers–R.I.Stefan–vanStaden(NationalInstituteofResearchforElectrochemistryandCondensedMatter)andM.Enachescu(CenterforSurfaceScienceandNanotechnology,University“Politehnica”ofBucharest)

11:40 3837 DirectDetectionofSalmonellaTyphimuriumonTomatoandSpinachusingaPhage-basedMagnetoelasticBiosensorMethod–M.Park,S.Li,K.Weerakoon,S.Horikawa,Y.Chai,andB.Chin(AuburnUniversity)

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J1-2 – Nano/Bio Sensors – 13:40 – 16:00Co-Chairs: G. Hunter and Y. Shimizu

13:40 3838 DevelopmentofElectrochemicalCantileverSensorsforDNAApplications–X.Quan,Y.Sun(TechnicalUniversityofDenmark),A.Labuda(McGillUniversity),A.Heiskanen,A.Wolff(TechnicalUniversityofDenmark),J.JorgeDulanto,P.Grutter(McGillUniversity),andA.Boisen(TechnicalUniversityofDenmark)

14:00 3839 FabricationofMinimally-InvasivePatchTypeGlucoseSensors–M.Yasuzawa,S.Sato,H.Nakanishi,andK.Edagawa(UniversityofTokushima)

14:20 3840 FlexprintbasedGlucoseSensorsforContinuousMeasurementofGlucoseProfilesofDiabeticPatients–P.D.VanderWal(EPFL),P.Hadvary,H.Tschirky(PharmaSensAG),andN.DeRooij(EPFLLausanne)

14:40 3841 NanodiamondMicroelectrodeArraywithMesaStructureFabricatedforBio-AnalyticalApplications–S.Raina,N.Ghosh,andW.Kang(VanderbiltUniversity)

15:00 3842 AnElectrochemicalProbeTechnologyforaLabel-Free,Point-of-CareBiosensor–J.Wei,S.Singhal(CFDResearchCorporation),andH.Liu(MichiganTechnologicalUniversity)

15:20 3843 ElectricalImpedanceSensorsforCancerCellStudy–L.Yang(NorthCarolinaCentralUniversity)

15:40 3844 TerahertzChemicalImagingandSpectroscopyofMolecularNetworksinPharmaceuticalandBiomedicalApplications–K.Ajito,Y.Ueno,H.Song,E.Tamechika,N.Kukutsu(NTTCorporation),W.Limwikrant,K.Yamamoto,andK.Moribe(ChibaUniversity)

J3Materials for Solid State LightingLuminescenceandDisplayMaterials/NewTechnologySubcommittee316B, Level 3, Hawaii Convention Center

Inorganic & Organic Semiconductors – 08:00 – 12:00Co-Chairs: Anant Setlur and John Collins

08:00 3955 (CentennialOutstandingAchievementAwardPresentationoftheLDMDivision)TowardFurtherBreakthroughsinNitridePhosphors–H.Yamamoto(TokyoUniversityofTechnology)

09:00 3956 Spatio-Time-ResolvedCathodoluminescenceStudiesonFreestandingGaNSubstratesGrownbyHydrideVaporPhaseEpitaxy–S.F.Chichibu,Y.Ishikawa,K.Hazu,M.Tashiro,K.Furusawa(TohokuUniversity),H.Namirta,S.Nagao,K.Fujito(MitsubishiChemicalCorporation),andA.Uedono(UniversityofTsukuba)

09:40 3957 ElectricalCharacterizationofHigh-qualityInGaN-basedBlueLightEmittingDiodeson8inchSiliconGrownbyMetalorganicChemicalVaporDeposition–J.Kim,J.Kim,Y.Tak,J.Kim,H.Hong,S.Chae,M.Yang,J.Lee,H.Choi,J.Park,Y.Park,andU.Chung(SamsungAdvancedInstituteofTechnology)

10:00 3958 SimulationandDesignof(In,Ga)N-BasedLightEmittingDiodes–Z.Liang,E.Stach,T.Sands,andE.García(PurdueUniversity)

10:20 3959 TuningofIndiumTinOxideWorkFunctionwithanIonicSolidThinFilminPolymerLight-EmittingDiodes–Y.ChouandT.Wen(NationalChengKungUniversity)

10:40 3960 FirstPrinciplesInvestigationsoftheElectronicStructuresandAssociatedPropertiesofSolidSolutionsofAlNandGaN–K.C.Mishra(OsramSylvania),P.Schmidt(TechnischeUniversitätDarmstadt,Darmstadt,Germany),andK.Johnson(MIT,Cambridge,MA,USA)

11:00 3961 FabricationSemipolarGaNonNanoscalePatternC-sapphirebyUsingSelf-AssembledNiPatternasMask–C.Chen,C.Hsieh,andY.Wu(NationalChiaoTungUniversity)

11:20 3962 TransparentElectrodeforTopEmittingOrganicLightEmittingDiodesbySuppressionofSurfacePlasmons–B.Koo,S.Kim,K.Hong,K.Kim,I.Lee,andJ.Lee(PohangUniversityofScienceandTechnology)

11:40 3963 GrowthandElectricalPropertiesofn-type4H-SiCSingleCrystals–X.Xu,Y.Peng,S.Song,X.Chen,andX.Hu(InstitudeofCrystalMaterials)

Nanomaterials and New Downconverters – 13:30 – 15:10Co-Chairs: Kailash Mishra and Kyota Ueda

13:30 3964 Nanoco’sCFQDsforSolid-StateLightingApplications–N.Pickett(NanocoTechnologies)

14:10 3965 FabricationofEfficient,StableWhiteLight-EmittingDiodesBasedonHighlyFluorescentCopper-Indium-SulfideQuantumDots–W.SongandH.Yang(HongikUniversity)

14:30 3966 GlassMatricesContainingRare-EarthIonsforWhiteLight-EmittingDiodeswithHighColorRenderingIndices–J.HeoandS.Yi(PohangUniversityofScienceandTechnology)

14:50 3967 HighColorRenderingWhiteLEDBasedonSilicate/Dye-BridgedSiloxaneHybridPhosphorEncapsulant–B.Bae(KoreaAdvancedInstituteofScienceadTechnology(KAIST)),S.Kwak,N.Kim,andH.Im(KAIST)

New Concepts – 15:10 – 15:30Co-Chair: Anant Setlur

15:10 3968 HybridSolid-StateLightingDesign–W.Hertog,C.Hunt,andJ.Carreras(CataloniaInstituteforEnergyResearch(IREC))

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A2Nanotechnology General SessionAllDivisions/NewTechnologySubcommittee313C, Level 3, Hawaii Convention Center

Applications of Nanomaterials – 08:00 – 12:00Co-Chairs: Oana Leonte and N. Kobayashi

08:00 249 GrapheneNanocompositesforElectrochemicalApplications–L.Niu(ChineseAcademyofSciences)

08:20 250 ThreeDimensionalPtRhAlloyPorousNanostructures:TuningtheAtomicCompositionandControllingtheMorphologyfortheApplicationofDirectMethanolFuelCell–Y.Zhang(ShanghaiUniversity),C.Liu(NationalCentralUniversity),M.Janyasupab(CaseWesternReserveUniversity),J.Xu(ShanghaiUniversity),andC.Liu(CaseWesternReserveUniversity)

08:40 251 CesiumTransferfromGranuleConglomerateUsingWaterContainingNano-SizedAirBubbles–Y.Ueda,Y.Tokuda(KyotoUniversity),S.Fujimura(FukushimaAgriculturalTechnologyCentre),andT.Oka(SunstarEngineeringInc.)

09:00 252 ScalableNon-VolatileMemoryandSwitchDeviceforHigh-DensityBipolarReRAMApplications–D.Lee,M.Lee,andU.Chung(SamsungAdvancedInstituteofTechnology)

09:20 253 StoragePropertiesofSurfacesandInterfaces:EnhancedNonstoichiometryofThinSilverSulfideandGold/SilverSulfideFilms–A.Rein,B.Luerßen(JustusLiebigUniversity),andJ.Janek(JustusLiebigUniversityGießen)

09:40 Intermission(20Minutes)10:00 254 FabricationofHollowSphereswithOrdered

PorousStructuresbyAnodizaitonofSmallMetalParticles–T.Yanagishita,S.Ueno,K.Nishio,andH.Masuda(TokyoMetropolitanUniversity)

10:20 255 Building3DNanostructuredSupportsforPtNanoparticlesUsedinElectrocatalyticApplications–C.Hu(ChongqingUniversity)

10:40 256 MolecularElectronicDevicesBasedonSelf-AssembledMultilayerFilmsBearingRedox-ActiveRuComplexes–M.Haga,T.Nakabayashi,H.Ozawa,T.Suzuki(ChuoUniversity),T.Joke,andK.Nakazato(NagoyaUniversity)

11:00 257 MicropatternedMnO2/CNTMEAUltracapacitors–S.Raina,S.Hsu,W.Kang,andJ.Huang(VanderbiltUniversity)

11:20 258 FormationofaVerticallyOrientedAnodicTiO2NanotubeFilmonaTransparentConductiveOxideLayerandItsApplicationtoaDye-SensitizedSolarCell–R.Kojima,T.Ma,Y.Kimura,andM.Niwano(TohokuUniversity)

11:40 259 SynthesisofZnONano-SheetsandTheirApplicationinUV-Detector–S.Sahoo,S.Barik,A.Gaur,R.Katiyar,andR.Katiyar(UniversityofPuertoRico)

Synthesis of Nanomaterials – 14:00 – 17:20Co-Chairs: Oana Leonte and Guoliang Xiao

14:00 260 ColloidalSynthesisofSemiconductingAg2ZnSnS4NanoparticleandTheirVisible-Light-DrivenPhotoresponse–T.Sasamura,T.Osaki,T.Kameyama,K.Okazaki(NagoyaUniversity),A.Kudo(TokyoUniversityofScience),S.Kuwabata(OsakaUniversity),andT.Torimoto(NagoyaUniversity)

14:20 261 ANovelSurfaceNano-StructureDesignforSiGe/SiType-IIHetero-JunctionSolarCellwithSuperiorPerformance–M.Liao,C.Chen,L.Chang,C.Yang(NationalTaiwanUniversity),C.Hsieh(IndustrialTechnologyResearchInstitute),andM.Lee(NationalTaiwanNormalUniversity)

14:40 262 EvolutionofGermaniumQuantumDotsMigrationinSiBearingLayerMediatedbyThermalOxidation–K.Chen,I.Chen,C.Chien,C.Wang(NationalCentralUniversity),T.George(ZyomedCorporation),andP.Li(NationalCentralUniversity)

15:00 263 Fe-CoAlloyNanoparticlesandNanowiresPreparedbyElectrolessDeposition–M.Kawamori(KyotoUniversity),S.Yagi(OsakaPrefectureUniversity),andE.Matsubara(KyotoUniversity)

15:20 264 AdhesionEnergyandEtching-FreeRenewableTransferofGrapheneAs-GrownonCopper–T.Yoon,W.Shin,T.Kim,J.Mun,B.Cho,andT.Kim(KAIST)

15:40 Intermission(20Minutes)16:00 265 PreparationandCharacteristicsofProton

ConductingOxideNano-ParticlesUsingPlanetaryBead-Mill–T.Sakai,Y.Okuyama,T.Ishihara,andH.Matsumoto(KyushuUniversity)

16:20 266 LowTemperatureSynthesisofNanoscaledCarbonThinFilmsbyChemicalVaporDepositionUsingSolidCarbonSource–S.Vijapur,D.Wang,andG.G.Botte(OhioUniversity)

16:40 267 DeterministicPlacementofDopingAtomsonSilanolSurfaces–L.Mathey,L.Veyre(CNRS),H.Fontaine,V.Enyedi,K.Yckache,J.Guerrero,F.Martin,J.Barnes,F.Bertin(CEA-LETI),C.Thieuleux,andC.Copéret(CNRS)

17:00 268 OptimizationofElectrochromicMaterialsbyMolecularDesign:TheNaphthalenediimide-FunctionalizedEDOT–R.Ruffo,M.Sassi,M.M.Salamone,andL.Beverina(UniversityofMilanoBicocca)

Tuesday, October 909:00h TechnicalExhibit



12:00h StudentPosterAwardPresentation

14:00h ProfessionalDevelopmentSeries:ResumeWorkshop

18:00h GeneralPosterSession&TechnicalExhibit


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Emerging Battery Technologies – 08:00 – 12:20Co-Chairs: A. Manivannan and P. Kumta

08:00 353 ElectrochemicalBehaviorofNanocrystallineMgMnO3CubicDefectSpinelCathodeforRechargeableMagnesiumBattery–P.Saha,M.Datta(UniversityofPittsburgh),A.Manivannan(U.S.DepartmentofEnergy),andP.N.Kumta(UniversityofPittsburgh)

08:20 354 ANovelBoron-BasedElectrolyteSystemforRechargeableMgBatteries–Y.Guo,J.Yang,F.Zhang,andF.Wang(ShanghaiJiaoTongUniversity)

08:40 355 ElectrochemicalStabilityofMetalElectrodesforReversibleMagnesiumDeposition/DissolutioninTetrahydrofuran–S.Yagi,A.Tanaka(OsakaPrefectureUniversity),T.Ichitsubo,andE.Matsubara(KyotoUniversity)

09:00 356 ElectrochemicalPerformancesofTetrathiafulvalenePolymer(TTF)asaCathodeMaterialforNonaqueousSecondaryBatteries–N.Hojo,T.Tsukagoshi,Y.Inatomi,andH.Yoshizawa(PanasonicCorporation)

09:20 357 AReviewofSecondaryMagnesiumBatteryR&DatTheDowChemicalCompany–T.D.Gregory(TheDowChemicalCompany)

09:40 Intermission(20Minutes)10:00 358 MagnesiumElectrolyteBasedonEMImBF4and

δ-[MgCl2]nforSecondaryMagnesiumBatteries–V.DiNoto,F.Bertasi,E.Negro,andS.Lavina(UniversitàdiPadova)

10:20 359 Beta-BatteryBasedon63Ni/MacroporousSilicon–A.Dolgyi,S.Redko,H.Bandarenka,A.Shapel,andV.Bondarenko(BelarussianStateUniversityofInformaticsandRadioelectronics)

10:40 360 DevelopingNovelElectrolytesforRechargeableMgBatteries–J.MuldoonandC.B.Bucur(ToyotaResearchInstituteofNorthAmerica)

11:00 361 ImprovementofSulfone-BasedElectrolyteforAluminumRechargeableBattery–Y.Nakayama,Y.Senda(SonyCorporation),H.Kawasaki(KRI,Inc.),S.Chung(TheUniversityofTokyo),N.Koshitani,S.Hosoi,Y.Kudo,andH.Morioka(SonyCorporation)

11:20 362 AConjugatedSulfidepolymerBatterywithVariableCapacitanceControlledbyRedoxReaction–J.Sakata(ToyotaCentralR&DLabs.,Inc.)

11:40 363 BuildingaRobustLiquidMetalBattery–P.J.Burke,B.H.Chung,A.D.LaDelpha,andD.R.Sadoway(MassachusettsInstituteofTechnology)

12:00 364 ElectrodeKineticsofLowCost,High-RateTolerant,Engineering-ScaleLiquidMetalBatteries–B.H.Chung,A.D.LaDelpha,andD.R.Sadoway(MassachusettsInstituteofTechnology)


Aqueous Battery – 08:00 – 12:20Co-Chairs: S. Narayan and Y. Meng

08:00 365 BariumHydroxideandtheRechargeablePerformanceoftheAlkalineγ-MnO2Electrode–M.R.BaileyandS.W.Donne(UniversityofNewcastle)

08:20 366 Optimizing Heat Treatment Environment and AtmosphereofElectrolyticManganeseDioxideforPrimaryLi/MnO2Batteries–W.M.DoseandS.W.Donne(UniversityofNewcastle)

08:40 367 CurrentCollectorsforSecondaryZincElectrodes–P.J.BonnickandJ.Dahn(DalhousieUniversity)

09:00 368 ComparisonofPocketPlateandSinteredPlateNiElectrodesUsedinNiFeCellsforPVBackupApplications–I.Mabbett,J.Malone,andD.A.Worsley(SwanseaUniversity)

09:20 369 DevelopmentofaZinc-BasedBatterySystemforGrid-ScaleEnergyStorageandApplicationofFlexographicPrintingfortheFabrication–Z.Wang,R.Winslow,B.Kim,J.W.Evans,andP.K.Wright(UniversityofCaliforniaatBerkeley)

09:40 Intermission(20Minutes)10:00 370 EffectofSubstitutionofCobaltbyManganese

onthePropertiesofCalcium-DopedLanthanumCobaltOxideforOxygenEvolutionReactioninAlkalineMedium–P.Trinh,S.Malkhandi,N.Moreno,A.Manohar,G.Prakash,S.Narayanan(UniversityofSouthernCalifornia),andA.Manivannan(U.S.DepartmentofEnergy)

10:20 371 MechanismofFormationofCarbonylIronElectrodesinAlkalineBatteries–A.Manohar,C.Yang,S.Malkhandi,B.Yang,G.Prakash,andS.Narayanan(UniversityofSouthernCalifornia)

10:40 372 ExploringtheRoleofIonicInterfacesoftheHighVoltageLeadAcid-MetalHydrideHybridBattery–G.Weng,C.V.Li,andK.Chan(TheUniversityofHongKong)

11:00 373 ZincElectrodepositioninZinc-NickelFlow-AssistedBatteries–X.Wei,A.Couzis,andS.Banerjee(TheCityCollegeofNewYork)

11:20 374 ModelingandSimulationofanAqueousLi-IonBatterywithaComplexElectrolyte–A.Yermukhambetova,J.H.Pu,andZ.Bakenov(NazarbayevUniversity)

11:40 375 AHighVoltageGrid-TiedStationaryEnergyStorageDemonstrationBasedonTheAqueousHybridIonBatterySystem–J.F.Whitacre(CarnegieMellonUniversity),S.Shanbhag,D.Blackwood,W.Campbell,W.Yang,J.Gulakowski(AquionEnergy),A.Mohamed(CarnegieMellonUniversity),M.Sibenac,J.Weber,andT.Wiley(AquionEnergy)

12:00 376 ElucidatingFailureMechanismsintheSolubleLead-AcidFlowBattery–FormationofPbO2attheCathode–M.Verde,K.Carroll,D.Keogh,A.Sathrum(UniversityofCalifornia,SanDiego),andY.Meng(UniversityofCaliforniaSanDiego)

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Li Battery Cathodes – 10:00 – 12:20Co-Chairs: H. Arai and Manickam Minakshi

10:00 377 MeasurementsofEffectiveElectronicandIonicConductivitiesinPorousLi-IonElectrodes–S.Harris,N.Zacharias,C.Skelton,K.Knackstedt,D.Stephenson,Y.Wen,andD.R.Wheeler(BrighamYoungUniversity)

10:20 378 NanostructuredCFxProvidesBreakthroughinPerformanceofLi-CFxCells–D.Meshri(AdvanceResearchChemicals,Inc.),E.Shembel(EnerizeCorporation),S.Meshri,N.C.Mathur,R.Adams(AdvanceResearchChemicals,Inc.),V.Redko,T.Pastushkin(EnerizeCorporation),I.Maksyuta,A.Markevich,L.Neduzko(UkrainianStateChemicalTechnologyUniversity),V.Mitkin,andL.Levchenko(RussianAcademyofSciences)

10:40 379 StructureandElectrochemistryofOlivine-InorganicCompositesforLithiumBatteries–I.Belharouak,G.Koenig(ArgonneNationalLaboratory),andR.R.Shahbazian-Yassar(MichiganTechnologicalUniversity)

11:00 380 GrapheneasaConductiveAdditivetoImprovethePerformanceofLayeredLiNi0.66Co0.17Mn0.17O2CathodeforLithium-IonBatteries–C.VenkateswaraRao,J.Shojan,andR.Katiyar(UniversityofPuertoRico)

11:20 381 OlivinetypeLiMn1/3Co1/3Ni1/3PO4CathodeforSecondaryBatteryApplications–M.MinakshiandP.Singh(MurdochUniversity)

11:40 382 EffectsofLLTOCoatingonHighTemperatureCycleLifePerformanceofLiMn2O4CathodeMaterial–M.Reddy,M.Prabu(NationalUniversityofSingapore),S.Selvasekarapandian(MaterialResearchCentre),G.SubbaRao,andB.Chowdari(NationalUniversityofSingapore)

12:00 383 DamageEvaluationofSolidCellsbyIntelligentInformationProcessingonAcousticEmissionEvents–D.Inaba,K.Fukui(OsakaUniversity),K.Sato,J.Mizusaki,N.Kuwata,J.Kawamura(TohokuUniversity),andM.Numao(OsakaUniversity)


Supercapacitor – 14:00 – 17:00Co-Chairs: A. Manivannan and Christina M. Johnston

14:00 384 AdvancedProtonConductingMembraneforSolidElectrochemicalCapacitors–H.GaoandK.Lian(UniversityofToronto)

14:20 385 NanostructuredTransitionMetalNitrideSupercapacitors:EffectsofComposition,Structure,andElectronicPropertiesonSupercapacitorResponse–P.JampaniHanumantha(UniversityofPittsburgh),A.Manivannan(U.S.DepartmentofEnergy),andP.N.Kumta(UniversityofPittsburgh)

14:40 386 InfluenceofChemicalCompositionoftheElectrolyteandRoom-TemperatureIonicLiquidsontheElectricalDoubleLayerStructureandSupercapacitorCharacteristics–E.Lust,H.Kurig,A.Laheäär,I.Tallo,V.Ivaništšev,L.Siinor,C.Siimenson,A.Jänes,T.Thomberg,K.Lust,andJ.Eskusson(UniversityofTartu)

15:00 387 Carbon/MnO2Core-ShellNanofibersforSupercapacitors–M.Zhi(WestVirginiaUniversity),A.Manivannan,F.Meng(U.S.DepartmentofEnergy),andN.Wu(WestVirginiaUniversity)

15:20 388 DistortionofSolvatedStructuresbyMicroporousStructuresofCarbonMaterials–N.Ide,J.Nishioka,K.Urita,H.Furukawa,H.Yamada,andI.Moriguchi(NagasakiUniversity)

15:40 Intermission(20Minutes)16:00 389 Bio-Enabled,NanostructuredElectrodesfor

ElectrochemicalEnergyStorageDevices–M.SongandM.Liu(GeorgiaInstituteofTechnology)

16:20 390 PolymorphicBehaviorandMorphologyofElectrospunPoly(VinylideneFluoride)SeparatorMaterialsforNon-AqueousBasedElectricDoubleLayerCapacitors–K.Tõnurist,T.Thomberg,T.Romann,A.Jänes,andE.Lust(UniversityofTartu)

16:40 391 ConductingPolymersBasedonNaturalMembranesandEu3+–R.Leones(UniversityofMinho),M.Fernandes(UniversityofTrás-os-MonteseAltoDouro),R.A.Ferreira(UniversidadedeAveiro),F.Sentanin,A.Pawlicka(UniversidadedeSãoPaulo),L.D.Carlos(UniversidadedeAveiro),V.DeZeaBermudez(UniversityofTrás-os-MonteseAltoDouro),andM.M.Silva(UniversidadedoMinho)


Flow Battery Cell – 14:00 – 17:40Co-Chairs: Adam Weber and Trung Nyugen

14:00 392 PerformanceImprovementofaHydrogen-BromineFlowBattery–K.Cho,A.Weber,Q.He,P.Ridgway,V.Battaglia,andV.Srinivasan(LawrenceBerkeleyNationalLaboratory)

14:20 393 RecentProgressinRedoxFlowBatteryResearchandDevelopmentatPacificNorthwestNationalLab–W.Wang,Q.Luo,Z.Nie,M.Vijayakumar,X.Wei,B.Li,F.Chen,B.Chen,Y.Shao,G.Xia,L.Li,andZ.Yang(PacificNorthwestNationalLaboratory)

14:40 394 NewDischarge/ChargePerformanceDataforaH2-Br2FlowBattery–V.YarlagaddaandT.V.Nguyen(TheUniversityofKansas)

15:00 395 HalogenFlowBatteriesforGrid-ScaleElectricityStorage–B.Huskinson,S.Mondal,J.Rugolo,andM.J.Aziz(HarvardSchoolofEngineeringandAppliedSciences)

15:20 396 Grid-ScaleEnergyStorageRequirementsandthePotentialforHalogen-BasedFlowBatteries–J.Rugolo,B.Huskinson,andM.J.Aziz(HarvardSchoolofEngineeringandAppliedSciences)

15:40 Intermission(20Minutes)16:00 397 AqueousSemi-SolidFlowCell–Z.Li,P.

Limthongkul,W.Carter,andY.Chiang(MassachusettsInstituteofTechnology)

16:20 398 HydrogenBromineRedoxFlowBatteryCellPerformanceStudy–Y.Bai(TheUniversityofTennesseeKnoxville),A.B.Papandrew,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

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16:40 399 CharacterizationofVanadiumRedoxFlowBatteries:AnACImpedanceSpectroscopyStudy–C.Sun(OakRidgeNationalLaboratory),D.S.Aaron(TheUniversityofTennesseeKnoxville),A.Papandrew,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

17:00 400 PerformanceEnhancement,Limitations,andDiagnosticsofVanadiumRedoxFlowBatteries–J.T.Clement,A.M.Pezeshki,Q.Liu,A.B.Papandrew,A.Turhan,T.A.ZawodzinskiJr.,andM.M.Mench(TheUniversityofTennessee)

17:20 401 CoulombicEfficiencyofaVanadiumRedoxFlowCell–X.Gao,R.Lynch,M.Leahy(UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)


Carbon I – 08:00 – 09:40Co-Chairs: N. L. Wu and S. Donne

08:00 501 ElectrochemicalCharacteristicsandApplicationofLinearCarbonforElectrochemicalCapacitors–S.Park(ChungbukNationalUniversity),J.Yang(ChunghukNationalUniversity),H.Kim,andH.Kimm(PureEchemCo.Ltd.)

08:40 502 ChemicalModificationofCarbonswithQuinonesbytheDiazoniumChemistryforApplicationinElectrochemicalCapacitors–M.Weissmann,A.LeComte,G.Pognon,C.Cougnon(UniversitéduQuébecàMontréal),T.Brousse(UniversityofNantes),andD.Bélanger(UniversitéduQuébecàMontréal)

09:00 503 NitrogenDopedGrapheneaHighEfficientElectrodeforNextGenerationSupercapacitors–A.Yu,F.M.Hassan,Z.Chen,andV.Chabot(UniversityofWaterloo)

09:20 504 Fine-TuningtheCarbon–ElectrolyteInterfaceforDesigningHighEnergyDensityDoubleLayerCapacitors–P.Simon,B.Daffos,R.Lin,P.Taberna(UniversitéPaulSabatier),andY.Gogotsi(DrexelUniversity)

Carbon II – 10:00 – 12:00Co-Chairs: Y. Gogotsi and K. Lian

10:00 505 PerformanceLimitsof2VC/CSupercapacitorsinAlkaliSulfateAqueousMedia–F.Béguin,K.Fic,P.Ratajczak,K.Jurewicz,Q.Abbas,G.Lota(PoznanUniversityofTechnology),G.Gao,L.Demarconnay,E.Raymundo(CRMDUniversity),andE.Frackowiak(PoznanUniversityofTechnology)

10:20 506 DiameterDependentDopingofSingle-WalledCarbonNanotubeUsedasElectricalDoubleLayerCapacitorElectrode–A.Al-zubaidi,Y.Ishii,T.Matsushita,andS.Kawasaki(NagoyaInstituteofTechnology)

10:40 507 ThreeDimentionalGraphene-MWNTsFoamArchitecturesforElectrochemicalCapacitors–W.Wang,S.Guo,M.Ozkan,andC.Ozkan(UniversityofCalifornia,Riverside)

11:00 508 EffectofAdditivesontheHydrothermalSynthesisofCarbonNano-andMicro-SpheresandTheirPerformanceinDouble-LayerCapacitors–I.Kunadian,R.Chen,S.M.Lipka,C.R.Swartz,andF.Rogers(UniversityofKentucky)

11:20 509 FirstPrinciples-InspiredDesignStrategiesforCarbonAerogelSupercapacitors–B.C.Wood,T.Ogitsu,J.Lee(LawrenceLivermoreNationalLaboratory),M.Otani(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Baumann,M.Stadermann,M.A.Worsley,A.Wittstock,M.Merrill,andJ.Biener(LawrenceLivermoreNationalLaboratory)

11:40 510 TemperatureeffectsinActivatedCarbonSupercapacitors–D.W.Kirk(UniversityofToronto)

Electrolytes – 14:00 – 15:40Co-Chairs: M. Morita and P. Kulesza

14:00 511 RedoxActiveElectrolytesforElectrochemicalCapacitors–E.Frackowiak,K.Fic,M.Meller,andG.Lota(PoznanUniversityofTechnology)

14:40 512 MixedIonicLiquidElectrolytesandElectrochemicalDoubleLayerCapacitors–E.T.Fox,J.S.Dickmann,J.E.Weaver,J.L.Allen,andW.A.Henderson(NorthCarolinaStateUniversity)

15:00 513 ElectrochemicalCapacitorUsingaHighlyConductiveIonicPlasticCrystal–R.Taniki,K.Matsumoto,T.Nohira,andR.Hagiwara(KyotoUniversity)

15:20 514 InfluenceoftheOrganicSolventAdditivesonthePropertiesof1-Ethyl-3-MethylimidazoliumTetrafluoroborateasSupercapacitorElectrolyte–R.Palm,H.Kurig,A.Jänes,andE.Lust(UniversityofTartu)


Advanced Characterization – 08:20 – 12:20Co-Chairs: Nina Balke and Jordi Cabana

08:20 634 HighResolutionChemicalImagingofPhaseTransformationsduringIntercalationReactions–J.Cabana(LawrenceBerkeleyNationalLaboratory)

09:00 635 TimeResolvedXRDandXAFSStudyonPhaseTransitionDynamicsinLixFePO4–Y.Orikasa,T.Maeda,Y.Koyama,H.Murayama,H.Tanida,H.Arai,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

09:20 636 ScanningNear-FieldInfraredMicroscopyofaLixFePO4SingleParticle–I.T.Lucas(LawrenceBerkeleyNationalLaboratory),J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),S.F.Lux,N.S.Norberg,A.S.McLeod(LawrenceBerkeleyNationalLaboratory),Z.Fei,D.N.Basov(UniversityofCalifornia),andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)


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10:00 637 NanoscaleSingleCrystalElectrochemistryasaDiagnosticToolforLi-IonBatteries–J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),I.T.Lucas,J.Elangbam,A.Bagnato,andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)

10:20 638 In SituTEM-EELSStudiesofDegradationandThermalStabilityofHigh-EnergyCathodesforLi-IonBatteries–F.Wang(BrookhavenNationalLaboratory),S.Bo(StonyBrookUniversity),L.Zhang,C.Ma(BrookhavenNationalLaboratory),G.Clare,P.Khalifah(StonyBrookUniversity),Y.Zhu,andJ.Graetz(BrookhavenNationalLaboratory)

10:40 639 In SituTEMStudiesofCapacityFadingMechanismsofNano-StructuredAnodeandCathodeforLithium-IonBattery–C.Wang,M.Gu,Z.Wang,X.Li,S.Hu,W.Xu,F.Gao,J.Liu,J.Zhang,S.Thevuthasan,andD.Baer(PacificNorthwestNationalLaboratory)

11:00 640 In SituSmall-AngleNeutronScatteringStudiesofElectrodesforLithium-IonBatteries–C.A.Bridges,X.Sun,J.Zhao,M.Paranthaman,andS.Dai(OakRidgeNationalLaboratory)

11:20 641 InterestofAugerElectronSpectroscopytoStudySiliconElectrodesUsedinLi-IonBatteries–E.Radvanyi,E.DeVito,W.Porcher,andS.Jouanneau(CEA/LITEN)

11:40 642 LocalProbingofActivationEnergyofIonicTransportinCathodeMaterialsforLi-IonBatteries–N.Balke,S.Kalnaus,S.Jesse,N.J.Dudney,C.Daniel,andS.Kalinin(OakRidgeNationalLaboratory)

12:00 643 UseofIn SituXAStoElucidateSurfaceStructuralChangesandCapacityLossduringElectrochemicalCyclingofnanoscaleLiCoO2–C.J.Patridge(NRC/NRLCooperativeResearchAssociate),C.T.Love(U.S.NavalResearchLaboratory),andD.E.Ramaker(TheGeorgeWashingtonUniversity)

Cathode II – 14:00 – 17:20Co-Chairs: Yong Yang and Atsuo Yamada

14:00 644 TowardSafeandLong-CycleLifeLi-IonBatteries:NewPolyanion-CathodeandTheirReactionMechanism–Y.Yang(XiamenUniversity)

14:40 645 BimetallicSulfatesAxMy(SO4)z.xH2O(A=Li,NaandM=3dMetal):NewElectrodeMaterialsforLi-andNa-IonBatteries–M.Reynaud,M.Ati(UniversitédePicardieJulesVerneCNRSUMR7314),M.Sougrati(InstitutCharlesGerhardt,CNRSUMR5253),B.Melot(UniversitédePicardieJulesVerneCNRSUMR7314),G.Rousse(InstitutdeMinéralogieetdePhysiquedesMilieuxCondensées,UniversitéPierreetMarieCurieCNRSUMR7590),J.Chotard,andJ.Tarascon(UniversitédePicardieJulesVerneCNRSUMR7314)

15:00 646 RevisitingtheLithiumMetalBorate(LiMBO3;M=Fe,Mn,Co)CathodeSystems:SyntheticandElectrochemicalFindings–Y.Yamashita,P.Barpanda,S.Chung,Y.Yamada,S.Nishimura,andA.Yamada(TheUniversityofTokyo)


15:40 647 ReactionMechanismofPyrophosphateCathodeMaterialLi2(MnyFe1-y)P2O7–S.Nishimura,N.Furuta,D.Shimizu,P.Barpanda,Y.Yamada,andA.Yamada(TheUniversityofTokyo)

16:00 648 ACooperativeMechanismfortheDiffusionofLi+IonsinLiMgSO4F–D.Marrocchelli(TrinityCollegeDublin),M.Salanne(UniversitePierreetMarieCurie),andG.W.Watson(TrinityCollegeDublin)

16:20 649 NovelElectrodeMaterialsforLi-IonBatteries–M.ReddyandB.Chowdari(NationalUniversityofSingapore)

16:40 650 TrackingDisorderinLiFePO4withElectrochemicalLithiumInsertion/Extraction–C.T.Love(U.S.NavalResearchLaboratory),A.Korovina,D.E.Ramaker(TheGeorgeWashingtonUniversity),andK.Swider-Lyons(U.S.NavalResearchLaboratory)

17:00 651 DistinctConfigurationofAntisiteDefectsinOlivinePhosphates:ComparisonbetweenLiFePO4andLiMnPO4–S.Chung(KoreaAdvancedInstituteofScience&Technology)andS.Choi(KoreaInstituteofMaterialsScience)


Interfaces and Interphases in Battery Systems III – 08:00 – 12:00Co-Chairs: Takeshi Abe and Takeyuki Doi

08:00 732 IonicandElectronicTransportinMetalFluorideConversionElectrodes–J.Graetz,F.Wang,Y.Zhu(BrookhavenNationalLaboratory),H.Yu,A.VanDerVen,K.Thornton(UniversityofMichigan),N.Pereira,andG.G.Amatucci(Rutgers–TheStateUniversityofNewJersey)

08:40 733 In SituNeutronReflectometryAnalysisofLi4Ti5O12/ElectrolyteInterfaceUsingTwo-DimensionalModelElectrode–M.Hirayama,K.Suzuki,K.Kim,S.Taminato,R.Kanno(TokyoInstituteofTechnology),N.Yamada,andM.Yonemura(HighEnergyAcceleratorResearchOrganization)

09:00 734 ElectrodeArchitecturesforConversion-BasedCathodes:CaseofIronFluoridesandOxyfluorides–S.K.Martha,J.Nanda,J.Idrobo,S.Pannala,S.Dai,N.J.Dudney(OakRidgeNationalLaboratory),J.Wang,andP.V.Braun(UniversityofIllinois)

09:20 735 Time-DependentDeterminationofHFFormationinLiPF6-ContainingElectrolytesbySpectroscopicEllipsometry–S.F.Lux,I.T.Lucas,J.Chevalier,T.J.Richardson,andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)

09:40 Intermission(20Minutes)10:00 736 In SituECAFMandRamanStudyonInterfacial

ReactionsbetweenGraphiteandPC-BasedSolutionsinLithiumSecondaryBatteries–S.Jeong,H.Song(SoonchunhyangUniversity),T.Abe(KyotoUniversity),M.Inaba(DoshishaUniversity),andZ.Ogumi(KyotoUniversity)

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10:40 737 PolyimideGelPolymerElectrolyte-DirectedNanoscaleWrappingofHigh-VoltageLiNi1/3Co1/3Mn1/3O2CathodeActiveMaterialsforLithium-IonBatteries–J.Park,J.Cho,andS.Lee(KangwonNationalUniversity)

11:00 738 In SituRamanImagingAppliedtotheObservationofLiTransportinaLiCoO2Cathode–T.Nishi,H.Nakai,andA.Kita(SonyEnergyDevicesCorporation)

11:20 739 In SituElectrochemicalX-rayAbsorptionSpectroscopyofMgDeposition–T.S.Arthur(ToyotaResearchInstituteofNorthAmerica),P.Glans-Suzuki(LawrenceBerkeleyNationalLaboratory),M.Matsui,R.Zhang(ToyotaResearchInstituteofNorthAmerica),J.Guo(LawrenceBerkeleyNationalLaboratory),andF.Mizuno(ToyotaResearchInstituteofNorthAmerica)

11:40 740 In SituObservationofSnThin-FilmAnode/ElectrolyteInterfacebyX-rayReflectivity–K.Shimada,T.Kawaguchi,T.Ichitsubo,E.Matsubara,K.Fukuda,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

Interfaces and Interphases in Battery Systems IV – 14:00 – 17:00Co-Chairs: Soon Ki-Jeong and Yue Qi

14:00 741 SpectroscopicandSpectrometricStudiesoftheSEIandItsInteractionwithAnodeElectrodeSurfaces–A.A.Gewirth,H.Tavassol,B.R.Long,J.W.Buthker,andL.Huff(UniversityofIllinois)

14:40 742 PorousSiliconImpregnatedCarbonNano-SpheresforS-BlockMetalIonBatteryNegativeElectrodes–S.PolisskiandT.Abe(KyotoUniversity)

15:00 743 StudyonSolidElectrolyteInterphaseLayeronSiAnodebySurfaceModification–C.Jung,W.Jeon,H.Han(SamsungAdvancedInstituteofTechnology),H.Choi,andS.Jeong(SoonchunhyangUniversity)

15:20 744 InelasticShapeChangesinContactingSiliconParticlesandBinderFailureinCompositeLithium-ion-batteryElectrodes–H.Wang,V.A.Sethuraman,P.R.Guduru,andV.B.Shenoy(BrownUniversity)

15:40 Intermission(20Minutes)16:00 745 StudiesofInterfacialReactionsonSilicon-Based

FilmElectrodeinIonicLiquidBatteryElectrolyte–C.Nguyen(ChungnamNationalUniversity),S.Woo(LGChemLtd.),andS.Song(ChungnamNationalUniversity)

16:20 746 MechanismofSEILayerFormationontheSiElectrodesStudiedbyXPSandToF-SIMS–C.Pereira-Nabais,J.Swiatowska(CNRSChimieParisTech),A.Chagnes(ChimieParisTech(ENSCP)),P.Tran-Van(RenaultResearchDepartment),M.Cassir(ChimieParisTech(ENSCP)),andP.Marcus(CNRSChimieParisTech)

16:40 747 In SituStressMeasurementsinCompositeLithium-Ion-BatteryElectrodesduringCharge/DischargeProcesses–V.A.Sethuraman,A.Nguyen,S.P.Nadimpalli(BrownUniversity),D.P.Abraham(ArgonneNationalLaboratory),A.F.Bower,V.B.Shenoy,andP.R.Guduru(BrownUniversity)

Interfaces and Interphases in Battery Systems Poster Session – 18:00 – 20:00

• 748 InterfaceModificationforAdvanced5V-ClassAll-Solid-StateLithiumBatteries–A.Omori(ShizuokaUniversity),C.Yada,H.Yamasaki(ToyotaMotorCorporation),F.Sagane,andY.Iriyama(ShizuokaUniversity)

• 749 ReductionoftheInterfacialResistanceattheLi7La3Zr2O12/LiCoO2byInterfaceModification–T.Kato(ShizuokaUniversity),T.Hamanaka(JapanFineCeramicsCenter),F.Sagane(ShizuokaUniversity),K.Yamamoto,T.Hirayama(JapanFineCeramicsCenter),andY.Iriyama(ShizuokaUniversity)

• 750 EnhancedElectrochemicalPropertiesofLi4Ti5O12EpitaxialThinFilmElectrodewithSurfaceModification–K.Kim,K.Suzuki,S.Taminato(TokyoInstituteofTechnology),K.Tamura,J.Mizuki(JapanAtomicEnergyAgency),J.Son(JapanSynchrotronRadiationResearchInstitute),M.Hirayama,andR.Kanno(TokyoInstituteofTechnology)

• 751 SiliconandPorousSilicon/CarbonNanocompositesforRechargeableLi-andMg-IonBatteries–S.PolisskiandT.Abe(KyotoUniversity)

• 752 EffectsofInitialChargingTemperatureonElectrochemicalPropertiesifSolidElectrolyteInterphaseFormeduponGraphiteAnodes–J.Choi,T.Lee,S.Kim,J.Ko,andY.Lee(HanbatNationalUniversity)

• 753 InterfacialReactiononLi3PO4/Li2RuO3Thin-FilmElectrode–S.Taminato,K.Suzuki,K.Kim(TokyoInstituteofTechnology),J.Son(JapanSynchrotronRadiationResearchInstitute),K.Tamura,J.Mizuki(JapanAtomicEnergyAgency),M.Hirayama,andR.Kanno(TokyoInstituteofTechnology)

• 754 FundamentalInvestigationsofMechanicalandChemicalDegradationMechanismsinLithium-IonBatteryMaterials–V.A.Sethuraman,V.B.Shenoy,A.F.Bower(BrownUniversity),L.Wang,B.L.Lucht,A.Bose(TheUniversityofRhodeIsland),W.Euler(UniversityofRhodeIsland),andP.R.Guduru(BrownUniversity)

• 755 CapacityFadingMechanismofGraphiteNegative-ElectrodesinElectrolytesContainingTrialkylPhosphates–H.Nakagawa,M.Ochida,S.Tsubouchi,Y.Domi,T.Yamanaka,T.Doi,T.Abe,andZ.Ogumi(KyotoUniversity)

• 756 Depth-ResolvedX-rayAbsorptionSpectroscopicStudyonNanoscaleObservationoftheElectrode-ElectrolyteInterfaceforAllSolidStateLithium-IonBatteries–T.Ina(KyotoUniversity),T.Okumura(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),T.Nakatsutsumi,Y.Orikasa,H.Arai(KyotoUniversity),Y.Iriyma(ShizuokaUniversity),T.Uruga(JapanSynchrotronRadiationResearchInstitute),H.Tanida,Z.Ogumi,andY.Uchimoto(KyotoUniversity)

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Lithium-Ion Batteries: Cathodes II (Lithium NMC-Based Systems) – 08:00 – 09:40Co-Chairs: Daniel Abraham and Ilias Belharouak

08:00 804 Synthesisof0.5Li2MnO3•0.5LiMO2(M=Mn,Ni,Co)Layered-LayeredIntegratedCathodeElectrodeMaterialswithMechanochemicalProcess–S.Kim,K.Chung,andB.Cho(KoreaInstituteofScienceandTechnology)

08:20 805 CompositionOptimizationofxLi2MnO3∙(1-x)LiMO2Electrodes(M=Mn,Ni,Co)PreparedviaSprayPyrolysisProcess–M.Lengyel(WashingtonUniversityinSt.Louis),X.Zhang(ArgonneNationalLaboratory),G.Atlas(WashingtonUniversityinSt.Louis),D.Elhassid(X-tendEnergyLLC),I.Belharouak(ArgonneNationalLaboratory),andR.Axelbaum(WashingtonUniversityinSt.Louis)

08:40 806 StructureEvolutionandItsRelationtotheVoltageFadeBehaviorinLi-RichLayeredLi1.2Ni0.15Co0.1Mn0.55O2CathodeMaterialdur-ingCycling:X-rayDiffractionandAbsorptionSpectroscopyStudy–X.Yu,K.Nam,E.Hu(BrookhavenNationalLaboratory),D.P.Abraham(ArgonneNationalLaboratory),andX.Yang(BrookhavenNationalLaboratory)

09:00 807 EffectofPrecursorSynthesisAtmosphereonMorphologyandElectrochemicalPerformanceofLi1.20Ni0.16Mn0.56Co0.8O2andLi1.17Ni0.25Mn0.58O2–J.Camardese,R.Shunmugasundaram,andJ.Dahn(DalhousieUniversity)

09:20 808 SynthesisandMorphologicalAnalysisofCarbonateBasedPrecursorsforLithium-IonBatteryCathodeMaterials–R.Shunmugasundaram,T.Byrne,andJ.Dahn(DalhousieUniversity)


Lithium-Ion Batteries: Electrolytes I – 08:00 – 09:40Co-Chairs: Brett Lucht and Marshall Smart

08:00 809 DevelopmentofAll-Solid-StateLithium-IonRechargeableBatteryUsingQuasi-SolidifiedGlyme–Li-SaltComplexesasElectrolytes–A.Unemoto,T.Matsuo,Y.Gambe,andI.Honma(TohokuUniversity)

08:20 810 NanocrystallineSolidElectrolyte:β-Li3PS4–Z.Liu,W.Fu,Z.Lin,N.J.Dudney,E.Payzant,andC.Liang(OakRidgeNationalLaboratory)

08:40 811 DevelopmentofLi-IonTechnologyBasedonAqueousElectrolytes–S.Martinet,L.Crepel-Marchal(CEA-LITEN),F.Alloin,andJ.Lepretre(LEPMI,Grenoble-INP)

09:00 812 TopologicalAnalysisofLithiumMigrationPaths:ApplicationtoSolidElectrolytes–L.Miara,M.Aryanpour(SamsungElectronics),S.Ong,Y.Mo,G.Ceder(MassachusettsInstituteofTechnology),andH.Lee(SamsungElectronics)

09:20 813 TheEffectofMicrostructureontheLithiumIonConductionoftheLiBH4-LiISolidSolution–D.Sveinbjornsson,D.Blanchard,M.Mogensen,P.Norby,andT.Vegge(TechnicalUniversityofDenmark)


Lithium-Ion Batteries: Cathodes II (Lithium NMC-Based Systems) – 10:00 – 12:20Co-Chairs: Ilias Belharouak and Daniel Abraham

10:00 814 TheEffectofLaMeO3asStabilizerPhasein0.5[Li0.33Mn0.67]O2•0.5Li[Ni0.33Co0.33Mn0.33]O2CathodeMaterial–M.Kim,K.Park,J.Yoon,M.Park,J.Park(SamsungElectronics),W.Yoon(SungkyunkwanUniversity),andS.Doo(SamsungElectronics)

10:20 815 EffectofCarbonCoatingonLi[Li1/3Mn2/3]O2-LiMO2CathodeMaterialsforLithiumIonBatteries–Y.Wu(GeneralMotors),X.Wang(Optimal,Inc.),andZ.Liu(GeneralMotors)

10:40 816 TransitionMetalDissolutiononMixedLiNi1/3Co1/3Mn1/3O2-LiMn2O4CathodesforLi-ionBatteries–L.Liu,A.Drews,andR.Kudla(FordMotorCompany)

11:00 817 OptimizingLiNi1/3Mn1/3Co1/3O2CapacitybyControllingCathodePorositythroughCalendaring–J.Li,J.Kiggans,C.Daniel,andD.L.Wood(OakRidgeNationalLaboratory)

11:20 818 RootCauseforRapidGrowthofCellImpedanceinLi-IonHighEnergyCellsHavingOverlithiatedCathodesandGraphiteNegatives–C.Ma,R.Staniewicz,B.Deveney,S.Hafner(SAFTAmericaInc),R.Bugga(CaliforniaInstituteofTechnology),W.C.West,M.C.Smart,andJ.Soler(CalforniaInstituteofTechnology)

11:40 819 StructureStudiesofReactionMechanismforSurface-ModifiedLiNi1/3Co1/3Mn1/3O2EpitaxialThin-FilmElectrode–M.Abe(ToyotaMotorCorporation),K.Suzuki,H.Minamishima,M.Hirayama,R.Kanno(TokyoInstituteofTechnology),K.Tamura,andJ.Mizuki(JapanAtomicEnergyAgency)

12:00 820 ImprovementofElevatedTemperaturePerformanceofLi-RichCathodeMaterialwithIonicLiquidsElectrolyteforLithium-IonBatteries–J.Li,S.Jeong(UniversityofMuenster),R.Klöpsch,M.Winter,andS.Passerini(UniversityofMünster)


Lithium-Ion Batteries: Electrolytes I – 10:00 – 12:20Co-Chairs: Marshall Smart and Brett Lucht

10:00 821 ElectrochemicalIntercalationofLithium-IoninPropyleneCarbonateBasedElectrolytes―EffectofAdditionofBivalent-Ions―–S.Takeuchi,F.Sagane,K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

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10:20 822 InvestigationofTemperatureDependentStabilityofEthyleneCarbonateandPropyleneCarbonateinmulticomponentElectrolytesforLithiumIonbatteries–C.L.Foss(NorwegianUniversityofScienceandTechnology),A.Svensson,E.Sheridan(SINTEFMaterialsandChemistry),S.Sunde,andF.Vullum-Bruer(NorwegianUniversityofScienceandTechnology)

10:40 823 AdvancedElectrolytesforLithiumIonBatteriesinHighVoltageSystems–J.LiandM.Payne(NovolyteTechnologies)

11:00 824 ExaminationofApplyingFluorinatedPhosphateEstertoElectrolyteSolventoftheBatterieswithLiNi0.5Mn1.5-xTixO4Cathode–T.Noguchi,M.Uehara,Y.Katoh,H.Sasaki,andK.Utsugi(NECcorporation)

11:20 825 EffectofElectrolyteSolventsonLow-TemperaturePerformanceofLi-IonBatteries–J.Eom,L.Cao,andC.Wang(ThePennsylvaniaStateUniversity)

11:40 826 InfluencesofMolecularInteractionsonBatteryElectrolytePropertiesandProcesses–K.L.Gering(IdahoNationalLaboratory)

12:00 827 NovelILBasedElectrolytesforSecondaryLithiumIonBatteries–H.Srour(LaboratoiredeChimieOrganométalliquedeSurface),H.Rouault(CEA),andC.Santini(CNRS)


Lithium-Ion Batteries: Cathodes II (Lithium NMC-Based Systems) – 14:00 – 15:40Co-Chairs: Doron Aurbach and Jun Liu

14:00 828 (ECSBatteryDivisionTechnologyAwardPresentation)CaseStudiesinDevelopingBatteryTechnologies–Y.Chiang(MassachusettsInstituteofTechnology)

14:40 829 RelaxationPhaseAnalysisforLiinsertedLi-Mn-OCathodeMaterial–I.Seo,S.Park,andT.Yao(KyotoUniversity)

15:00 830 StudyontheTransportPropertiesofLiNi0.8Co0.15Al0.05O2/LiMn2O4BlendswithDifferentCompositions–H.Tran,C.Taeubert(ZentrumfürSonnenenergieundWasserstoff-ForschungBW(ZSW)),andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

15:20 831 StructuralModificationandElectrochemicalCharacteristicsofCo-substitutedHollandite-typeManganeseOxidesusingaHydrothermalMethod–Y.Kadoma,H.Watanabe,K.Ui,andN.Kumagai(IwateUniversity)


Lithium-Ion Batteries: Electrolytes I – 14:00 – 15:40Co-Chairs: Wesley Henderson and Matthew Foley

14:00 832 ConformalElectrodepositionofCopolymerElectrolyteintoSelf-OrganizedTitaniaNanotubesforLithiumIonMicrobatteries–T.Djenizian(UniversityofAix-Marseille)

14:20 833 GelledPolymerElectrolyteThinFilmswithMechanicalIntegrityandPersistentStructureforLithiumIonBatteries–S.Wang,C.Huang,P.Kuo,andH.Teng(NationalChengKungUniversity)

14:40 834 IntensiveDryandWetMixingEnhancingtheElectrochemicalPerformanceofSecondaryLithium-IonBatteryElectrodes–H.Bockholt,L.Kleinfeldt,W.Haselrieder,andA.Kwade(TUBraunschweig)

15:00 835 Structure,Disorder,andCrystallization;LessonsLearnedfromAnalysisofLithiumTriflurormethanesulfonate–M.P.Foley(U.S.NavalAcademy),C.Worosz,L.Haverhals,K.Sweely(U.S.NavalAcademy),W.A.Henderson(NorthCarolinaStateUniversity),H.DeLong(AFRL/AFOSR),andP.Trulove(USNavalAcademy)

15:20 836 SynthesisandCharacterizationofIonicLiquidforLithium-IonBatteries–X.Sun,C.Liao,andS.Dai(OakRidgeNationalLaboratory)


Lithium-Ion Batteries: Cathodes III (Metal Oxide Systems) – 16:00 – 17:40Co-Chairs: Ratnakumar Bugga and Ayyakkannu Manivannan

16:00 837 FluxGrowthofHigh-QualityLiCoO2CrystalsforAll-Crystal-StateLithium-IonRechargeableBatteries–Y.Mizuno,H.Wagata(ShinshuUniversity),T.Ishizaki(ShibauraInstituteofTechnology),T.Sakaguchi,K.Kohama(ToyotaMotorCorporation),K.Yubuta,T.Shishido(TohokuUniversity),S.Oishi,andK.Teshima(ShinshuUniversity)

16:20 838 TheeffectsofCarbonAdditiveonElectrochemicalPerformanceofHighVoltageSpinelLiNi0.5Mn1.5O4–J.Zheng,J.Xiao,W.Xu,X.Li,andJ.Zhang(PacificNorthwestNationalLaboratory)

16:40 839 FirstPrinciplesCalculationofElectronicStructuresandThermalStabilityofSpinelLiNi2O4–A.Kuwabara,C.Fisher,Y.Ikuhara,H.Moriwake(JapanFineCeramicsCenter),H.Oki(ToyotaMotorCorporation),andY.Ikuhara(TheUniversityofTokyo)

17:00 840 InvestigationsofthePhaseDiagramoftheLithium-Manganese-NickelOxideSystemobtainedat800°C–E.McCallaandJ.Dahn(DalhousieUniversity)

17:20 841 ProductionofManganeseOxideNanowirePowdersandTheirCharacterizationforLiIonBatteriesandCapacitors–V.Vendra,A.Thapa,S.Sunkara(UniversityofLouisville),T.Nguyen(UniveristyofLouisville),andM.K.Sunkara(UniversityofLouisville)

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Lithium-Ion Batteries: Cell Design Aspects – 16:00 – 18:00Co-Chairs: Daniel Abraham and Fikile Brushett

16:00 842 DesigningLong-Life,HighEnergyLithium-IonCells–D.P.Abraham(ArgonneNationalLaboratory),Y.Li(UniversityofRochester),M.Bettge,andY.Zhu(ArgonneNationalLaboratory)

16:20 843 ElectrochemicalCharacterizationofSemi-SolidLi-IonElectrodes–N.Baram,W.Carter,andY.Chiang(MIT)

16:40 844 InfluenceofAnode/CathodeBalancingonCyclingStabilityofLithiumIonCells–M.D.Wilka,A.Hoffmann,R.Stern(CenterforSolarEnergyandHydrogenResearch),andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

17:00 845 EvaluationofEffectiveElectricalConductivityofCarbonElectrodewithPorousMetalCollector–G.Inoue(KyotoUniversity),S.Abe,Y.Fan,Y.Matsukuma,andM.Minemoto(KyushuUniversity)

17:20 846 VGCFClothforThin,FlexibleElectrodesforAdvancedConformalBatteries–D.J.Burton(AppliedSciences,Inc.),N.J.Dudney(OakRidgeNationalLaboratory),G.Nazri(WayneStateUniversity),S.K.Martha(OakRidgeNationalLaboratory),G.Nazri(WayneStateUniversity),andJ.Howe(OakRidgeNationalLaboratory)

17:40 847 EffectsofVolumeExpansionandFluid-SolidStressInteractionwithinLithium-IonBatteries–C.Zhang(TheOhioStateUniversity),A.Conlisk,G.Rizzoni(OhioStateUniversity),andJ.Marcicki(TheOhioStateUniversity&FordMotorCompany)


Electrolyte – 08:00 – 12:00Co-Chairs: Yangchuan Xing and Jie Xiao

08:00 1113 (Invited)Dual-ElectrolyteLithium-AirBatterieswithBufferCatholytes–A.Manthiram(TheUniversityofTexasatAustin),L.Li,andY.Fu(UniversityofTexasatAustin)

08:40 1114 InvestigationsofLi-O2BatteriesUsingPolyethyleneOxideinStructuredThree-PhaseElectrodes–J.R.Harding,Y.Lu,P.T.Hammond,andY.Shao-Horn(MassachusettsInstituteofTechnology)

09:00 1115 RecentDevelopmentsinSolidLi-IonElectrolytes–V.Thangadurai(UniversityofCalgary)

09:20 1116 TheEffectsofElectrolyteSaltsonthePerformanceofLi-AirBatteries–E.Nasybulin,W.Xu,M.H.Engelhard,Z.Nie,J.Hu,J.Xiao,M.Gross,andJ.Zhang(PacificNorthwestNationalLaboratory)


10:00 1117 (Invited)AReversibleLithium-AirBatterywithLowChargePolarizationusingEther-BasedElectrolytes–K.Amine(ArgonneNationalLaboratory),J.Lu(ArgonneNationalLab),H.Jung(HanyangUniversity),K.C.Lau,Z.Zhang,J.Schlueter,P.Du,R.Assary,J.Greeley,G.Ferguson,H.Wang(ArgonneNationalLaboratory),J.Hassoun(UniversityofRomeSapienza),H.Iddir(ArgonneNationalLaboratory),Y.Sun,B.Scrosati(HanyangUniversity),andL.A.Curtiss(ArgonneNationalLaboratory)

10:40 1118 ALongLife,HighCapacity,HighRateLithium-AirBatteryUsingaStableGlymeElectrolyte–H.Jung,J.Park,H.Kim(HanyangUniversity),J.Hassoun(UniversityofRomeSapienza),C.Yoon,B.Scrosati,andY.Sun(HanyangUniversity)

11:00 1119 StabilityofLi-SaltsduringtheDischargeReactioninaLi-O2Cell–G.M.Veith,J.Nanda,andN.J.Dudney(OakRidgeNationalLaboratory)

11:20 1120 StabilityofPyr14TFSIIonicLiquidinLi-O2CellsandItseffectontheCyclingBehavior–M.Piana,N.Tsiouvaras,S.Meini,I.Buchberger,J.Wandt,H.A.Gasteiger(TechnischeUniversitätMünchen),andA.Garsuch(BASFSE)

11:40 1121 ElectrochemicalPerformanceofAll-Solid-StateLithium-AirBatteries–H.KitauraandH.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology)

Catalyst – 13:20 – 17:00Co-Chairs: V. Thangadurai and Zheng Li

13:20 1122 (Invited)InvestigationofORRandOERinNon-Aqueous(andAqueous)Li-O2CellsUsingMetalOxideCatalysts–B.D.Adams,S.Oh,R.W.Black,A.Baran-Harper,andL.F.Nazar(UniversityofWaterloo)

14:00 1123 MetalNitridesasAlternativeCatalystforAirCathodes–C.Pozo-Gonzalo,A.A.Torriero,P.Howlett,M.Forsyth(DeakinUniversity),A.M.Glushenkov,O.Kartachova,andY.Chen(GeelongTechnologyPrecinct)

14:20 1124 RoleofManganeseOxidesintheOxygenElectrodeforLi-AirBatteries–I.Bae(DuracellTechnologyCenter)andK.Nam(BrookhavenNationalLaboratory)

14:40 1125 HighlyPerformanceandStableCore-coronaBifunctionalCatalystforRechargeableMetal-airBatteries–Z.Chen,Z.Chen,D.Higgins,andA.Yu(UniversityofWaterloo)

15:00 Batterydivisionstudentresearchawardaddress-heldjointlywithB4(20Minutes)

15:20 1126 Graphene-MetalOxideCatalystsforLi-O2Batteries–R.W.Black,J.Lee,B.D.Adams,A.Baran-Harper,andL.F.Nazar(UniversityofWaterloo)

15:40 1127 TheeffectoftheSurfaceAreaofLaNiO3SupportontheOxygenReduction/EvolutionActivityofAirElectrodeforRechargeableMetal-AirBatteries–M.Yuasa,H.Imamura,T.Kida,andK.Shimanoe(KyushuUniversity)

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16:00 1128 Graphene/MetalOxideCatalystBasedHighCapacityCathodeforLi-O2Batteries–R.S.Kalubarme,C.Ahn,andC.Park(ChonnamNationalUniversity)

16:20 1129 ActivatedandNitrogenDopedCarbonNanofibersasOxygenReductionElectrodeMaterialsforZinc-AirBatteries–D.C.Higgins,Y.Liu,Z.Chen,andZ.Chen(UniversityofWaterloo)

16:40 1130 NickelCobaltOxideNanostructuresonGrapheneasanActiveBifunctionalElectrocatalyst–D.Lee,A.Yu,H.Park,andZ.Chen(UniversityofWaterloo)

Kamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

B7 – Poster Session – 18:00 – 20:00Co-Chairs: Nobuyuki Imanishi and V.Thangadual

• 1131 CyclicVoltammetryofZn/Zn(II)CoupleinDycyanamideAnionandBis-(trifluoromethylsulfonyl)ImideAnionBasedIonicLiquids–M.Xu,D.Ivey(UniversityofAlberta),Y.Bing,Z.Xie,andW.Qu(NationalResearchCouncilCanada)

• 1132 CarbonAirElectrodesforAlkalineAqueousElectrolyteLithium/AirSecondaryBatteries–H.Ohkuma,I.Uechi,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1133 Microwave-AssistantedSynthesisofAg-MnO2/SWNTElectrocatalystforMetal-AirCells–G.ZhangandY.Jiang(YangtzeNormalUniversity)

• 1134 CarbonSphereDottedwithCo3O4andRuO2NanoParticlesforRechargeableLi/AirBatteries–C.ParkandY.Park(KyonggiUniversity)

• 1135 SynthesisandPropertiesofGarnet-TypeLi7-x-yLa3Zr2-yNbyO12-0.5x–K.Ishiguro,Y.Nakata,N.Imanishi,A.Hirano,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1136 AirElectrodewithOxideCatalystforAqueousLithium-AirRechargeableBatteries–S.Sunahiro,H.Ohkuma,I.Uechi,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1137 LithiumNitrideFormationonLithiumMetal–N.Futamura,T.Ichikawa,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1138 RoleofMetalDecorationintheCatalyticActivityofUrchin-LikeMnO2forOxygenReactioninAqueousLithium-OxygenBatteries–K.Jung,J.Lee,A.Riaz,S.Lee,T.Lim,S.Park,R.Song,andK.Shin(KoreaInstituteofEnergyResearch)

• 1139 Tape-CastLithiumConductingSolidElectrolyteLi1.4Ti1.6Al0.4(PO4)3forAqueousLithium-AirBatteries–K.Takahashi,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1140 Rechargeable,All-SolidLi-AirBattery–W.Chang(IndustrialTechnologyResearchInstitute),D.Hallinan(LawrenceBerkeleyNationalLaboratory),Y.Lee(IndustrialTechnologyResearchInstitute),T.Yen(CPC),andC.Yang(IndustrialTechnologyResearchInstitute)

• 1141 MesoporousNitrogenDopedCarbonasCathodeMaterialsforHighCapacityLithium-AirBatteries–A.Zahoor,M.Christy,Y.Hwang,J.Choi,andK.Nahm(ChonbukNationalUniversity)

• 1142 AnEfforttoUnderstandtheBasicCharacteristicsofHybridLi-airCellPerformance–D.Yoon,K.Kim(SKInnovation),M.Park(SKInnovation,BatteryR&D),S.Kim,andH.Sun(SKInnovation)

• 1143 ElectrodepositedManganeseOxideCatalystsforOxygenReductionAqueousAlkalineMedia–S.H.PulukadangandS.W.Donne(UniversityofNewcastle)

• 1144 ElectrochemicalPropertiesofGrapheneBasedCatalystforRechargeableLi/O2Batteries–C.Ahn,R.S.Kalubarme,andC.Park(ChonnamNationalUniversity)

• 1145 EffectsofNb2O5AdditionontheElectrochemicalPropertiesofLi1.5Al0.5Ge1.5P3O12GlassCeramicforLi-AirBatteries–T.Kim,R.S.Kalubarme,andC.Park(ChonnamNationalUniversity)

• 1146 RechargeableLi/O2CellBasedonaLiTFSI-DMMP/PFSA-LiCompositeElectrolyte–H.Wang(ShanghaiJiaoTongUniversity),X.Liao(ShanghaiJiaotongUniversity),L.Li,andZ.Ma(ShanghaiJiaoTongUniversity)

• 1147 MnO2-BasedNanostructuresasCatalystsforOxygenOxidation-ReductionReactioninRechargeableLithium-OxygenBattery–B.Huang(ShanghaiJiaoTongUniversity),X.Liao(ShanghaiJiaotongUniversity),andZ.Ma(ShanghaiJiaoTongUniversity)

• 1148 MultifunctionalCarbonNanoarchitecturesasAir-BreathingCathodesforRechargeableZn-AirandLi-AirBatteries–C.N.Chervin,J.W.Long,M.J.Wattendorf,N.W.Kucko,andD.R.Rolison(U.S.NavalResearchLaboratory)

• 1149 ModelingofBifunctionalElectrodeinMetalAirBattery–D.Chan(LeeMingInstituteofTechnology),K.Hsueh(NationalUnitedUniversity),C.Wu,andW.Chang(IndustrialTechnologyResearchInstitute)

• 1150 InhibitingAbilityofChelatingAgentonAluminumCorrosioninAlkalineSolutionandTestingofAluminum-AirSingleCell–C.Wu,C.Chung(IndustrialTechnologyResearchInstitute),K.Hsueh(NationalUnitedUniversity),andW.Chang(IndustrialTechnologyResearchInstitute)

• 1151 TheKineticReactionofAluminum-AirBatteryinDifferentAqueousSolution–C.Wang,K.Hsueh(NationalUnitedUniversity),andC.Hsieh(InstituteofNuclearEnergyResearch)

• 1152 ManganeseOxideNanosheets:ApplicationsinHighEnergyDensityZn-AirBatteries–Y.Korenblit(UlsanNationalInstituteofScience&Technology),G.Yushin(GeorgiaInstituteofTechnology),andJ.Cho(UlsanNationalInstituteofScience&Technology)

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Solid Electrolytes, Polymer – 08:00 – 09:40Co-Chairs: Dr. Henderson and Dr. Ue

08:00 1201 NanostructuredSolidElectrolytesforLithiumBatteries–N.P.Balsara(LawrenceBerkeleyNationalLaboratory)

08:40 1202 BlockCopolymer-CeramicNanocompositesasSolidElectrolytesforLithiumBatteries–I.Gurevitch,J.Cabana,andN.P.Balsara(LawrenceBerkeleyNationalLaboratory)

09:00 1203 ConductivityofElectronicandIonicConductingBlockCopolymerElectrolytesthroughElectrochemicalDopingintheSolid-State–S.N.Patel,A.E.Javier(UniversityofCalifornia–Berkeley),andN.P.Balsara(LawrenceBerkeleyNationalLaboratory)

09:20 1204 HighTemperatureCyclingofSolidPolymerLithiumBatteries–Q.Hu,A.Caputo,andD.R.Sadoway(MassachusettsInstituteofTechnology)

Liquid Electrolytes, Gel and Composite – 10:00 – 12:00Co-Chairs: Dr. Jow and Dr. Winter

10:00 1205 Preparation,PerformanceinVariousCellConfigurationsandLimitationsofNovelElectrolyteComponentsforLiquidandGelPolymerElectrolytes–R.Schmitz,E.Krämer,R.Müller,R.W.Schmitz,J.Kasnatscheew,R.Wagner,M.Amereller,P.Janßen(WestfälischeWilhelms-UniversityMünster),P.Bieker,T.Placke,O.Fromm,H.Meyer(UniversityofMünster),P.Isken,A.Lex-Balducci,I.Profatilova,T.Langer,A.Schmitz,C.Stock,U.Vogl,T.Schedlbauer,H.Gores(WestfälischeWilhelms-UniversityMünster),S.Passerini(UniversityofMünster),andM.Winter(WestfälischeWilhelms-UniversityMünster)

10:40 1206 OrganoboronIon-GelElectrolytesasLithium-IonsTransportMedia–N.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

11:00 1207 DesignofBorosilicateTypeOrganic-InorganicHybridIon-GelElectrolytes–K.S.SmaranandN.Matsumi(JapanAdvancedInstituteofScienceandTechnology)

11:20 1208 3DHybridClay-CNTNanofillersforPolymerElectrolytesinLithium-IonBatteries–H.Ardebili(UniversityofHouston),C.Tang(SichuanUniversity),K.Hackenberg(RiceUniversity),Q.Fu(SichuanUniversity),andP.Ajayan(RiceUniversity)

11:40 1209 ElectrochemicalCharacterizationofIonicLiquidBasedCompositeElectrolytesforLithium-IonBatteries–N.Krawczyk,K.Sann(JustusLiebigUniversityGießen),S.Kraas,A.Schlifke,J.Vogel(UniversityofHamburg),B.Luerßen(JustusLiebigUniversity),M.Fröba(UniversityofHamburg),andJ.Janek(JustusLiebigUniversityGießen)

Liquid Electrolytes, Ionic Liquid 1 – 14:00 – 15:40Co-Chairs: Dr. Winter and Dr. Ishikawa

14:00 1210 FSI-BasedIonicLiquidElectrolyteandItsSpecificEffectswithOtherComponentMaterialsonLiBatteryPerformance–M.IshikawaandM.Yamagata(KansaiUniversity)

14:40 1211 LithiatedBlockCopolymerElectrolyteswithIonicLiquidsforBatteries–A.S.Fisher,M.B.Khalid,andP.Kofinas(UniversityofMaryland)

15:00 1212 ImprovingtheCathode/ElectrolyteInterfaceUsingIonicLiquids–A.Caputo,Q.Hu,andD.R.Sadoway(MassachusettsInstituteofTechnology)

15:20 1213 CyclePerformanceofLithium-IonBatteriesContainingIonicLiquidswithImprovedReductionStability–T.Itakura,K.Ito,R.Yokoi,J.Ishikawa,H.Inoue,H.Kadoma,J.Momo,T.Moriwaka,K.Nanba,M.Takahashi,andS.Yamazaki(SemiconductorEnergyLaboratoryCo.,Ltd.)

Liquid Electrolytes, Ionic Liquid 2 – 16:00 – 17:40Co-Chairs: Dr. Ishikawa and Dr. Trulove

16:00 1214 ApplicationofElectroactiveIonicLiquidstoImprovetheSafetyofLithium-IonBatteries–J.C.Forgie,D.Rochefort,S.ElKhakani,andD.MacNeil(UniversitédeMontréal)

16:20 1215 TransportPropertiesforIonicLiquidsandImplicationsforLi-IonBatteryDesign–V.L.GeorgeandT.F.Fuller(GeorgiaInstituteofTechnology)

16:40 1216 ExploringSolventstowardStableElectrolyteforLi-AirBattery–K.Takechi,T.Shiga,S.Higashi(ToyotaCentralResearch&DevelopLabs.Inc.),H.Nakamoto(ToyotaMotorCorporation),F.Mizuno(ToyotaResearchInstituteofNorthAmerica),H.Nishikoori,H.Iba(ToyotaMotorCorporation),andT.Asaoka(ToyotaCentralR&DLabs.,Inc.)

17:00 1217 Li+CationDiffusioninIonicLiquidElectrolyteandRateCapabilityofLithiumSecondaryBattery–K.Yoshida,N.Tachikawa,K.Ueno,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

17:20 1218 CompatibilityofRoomTemperatureIonicLiquidElectrolyteswithSulfurCathodeforLithiumSecondaryBatteries–J.Park,N.Tachikawa,K.Ueno,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)


B8 – Poster Sesison – Electrolytes – 18:00 – 20:00Co-Chairs: Dr. Ue, Dr. Ishikawa, and Dr. Henderson

• 1219 First-PrinciplesStudyonLiDiffusioninSolidElectrolyteLithiumLanthanumTitanates(LLTO)–Y.TanakaandT.Ohno(NationalInstituteforMaterialsScience)

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• 1220 ApplicationofNonflammableGelElectrolytesContainingFluorinatedAlkylphosphatestoLithium-IonBatteries–N.Yoshimoto,Y.Abiru,M.Egashira(YamaguchiUniversity),M.Aoki,H.Mimura,H.Eguchi(TOSOHF-TECH,Inc.),andM.Morita(YamaguchiUniversity)

• 1221 IonTransportBehaviorinPolymerizedImidazoliumIonicLiquids–J.Lee,M.Kim,J.Lee,S.Hong,andC.Koo(KoreaInstituteofScienceandTechnology)

• 1222 HighlyStableCyclingofSi-CCompositeAnodeforLithium-IonBatteriesbyUsingFSI-BasedIonicLiquid–K.Koga(KansaiUniversity),T.Sugimoto,M.Kikuta(Dai-ichiKogyoSeiyakuCo.,Ltd.),T.Higashizaki,M.Kono(ElexcelCo.,Ltd.),M.Yamagata,andM.Ishikawa(KansaiUniversity)


A-1.1 Modeling 1 – 08:00 – 12:00Co-Chairs: Partha Mukerjee, David Harvey, and Scott Calabrese Barton

08:00 1282 ModelingandDiagnosticsinBiologicalFuelCells–H.Wen,D.Chakraborty,P.Kar,andS.CalabreseBarton(MichiganStateUniversity)

08:40 1283 ModellingofWaterDropletDynamicsinPEMFuelCellFlowChannels–T.WuandN.Djilali(UniversityofVictoria)

09:20 1284 ModelingOxygenConcentrationOscillationintheGasChannelofPolymerElectrolyteFuelCells:AComparisonbetweenNumericalandAnalyticalApproaches–P.Guillemet(UniversityofNantes),G.Maranzana,J.Mainka(NancyUniversity),O.Lottin(LorraineUniversity-CNRS),J.Dillet,andA.Lamibrac(NancyUniversity)

09:40 Intermission(20Minutes)10:00 1285 ATwo-PhasePressureDropModelIncorporating

LocalWaterBalanceinPEMFuelCellGasChannels–E.J.SeeandS.Kandlikar(RochesterInstituteofTechnology)

10:20 1286 Diffusive–KineticEvaporationModelsforFuelCells–E.Medici,D.Frtiz,andJ.S.Alllen(MichiganTechnologicalUniversity)

10:40 1287 AMaptoStartPEFCunderFreezingTemperature-TheoreticalAnalysisofSuper-cooledStateinCell-–Y.Ishikawa(NIPPONSOKEN,INC),K.Ito(KyushuUniversity),M.Shiozawa(NipponSoken,Inc.),andM.Kondo(ToyotaMotorCorporation)

11:00 1288 NumericalModelingofaNon-FloodingHybridPolymerElectrolyteFuelCell–B.McNealyandJ.L.Hertz(UniversityofDelaware)

11:20 1289 StatisticalSimulationofthePerformanceandDegradationofaPEMFCMembraneElectrodeAssembly–D.B.Harvey(Queen’sUniversity),A.Bellemare-Davis(BallardPowerSystems),K.Karan,B.Jayansankar(Queen’sUniversity),J.Pharoah(Queen’s-RMCFuelCellResearchCentre),V.Colbow,A.Young,andS.Wessel(BallardPowerSystems)

11:40 1290 Multi-ScaleFirst-PrinciplesModelingofThree-PhaseSystemofPolymerElectrolyteMembraneFuelCell–G.Brunello,J.Choi,S.Jang(GeorgiaInstituteofTechnology),andD.B.Harvey(Queen’sUniversity)

Tapa 3, Tapa Conference Center, Hilton Hawaiian Village

B-1.1 Contamination Effects – 08:00 – 12:00Co-Chairs: Balsu Lakshmanan and Doug Hansen

08:00 1291 MissionsandProgressionsofImpuritiesWGunderNEDO’sPEFCResidentialCHPSystemProject–K.Kobayashi(FuelCellResearchCenter,DaidoUniversity),Y.Oono,andM.Hori(DaidoUniversity)

08:20 1292 CharacterizingLeachantContaminantsfromFuelCellAssemblyAids,aPreludetoEffectsonPerformance–C.S.Macomber,J.Christ,H.Wang,B.S.Pivovar,andH.N.Dinh(NationalRenewableEnergyLaboratory)

08:40 1293 UnderstandingtheEffectsofContaminantsfromAssemblyAidsMaterialsusedasBalanceofPlantMaterialsonPEMFCs-In SituStudies–M.S.Opu,M.Ohashi,H.Cho(UniversityofSouthCarolina),C.S.Macomber,H.N.Dinh(NationalRenewableEnergyLaboratory),andJ.VanZee(UniversityofSouthCarolina)

09:00 1294 TheImpactofOperatingConditionsonthePerformanceeffectofSelectedAirbornePEMFCContaminants–Y.Zhai,M.Angelo,andJ.St-Pierre(UniversityofHawaii)

09:20 1295 TheContaminationBehaviorofOrganicCompoundsonPEMFC–H.Cho,M.S.Opu,M.Ohashi,andJ.VanZee(UniversityofSouthCarolina)

09:40 Intermission(20Minutes)10:00 1296 LiquidWaterScavengingofPEMFC

Contaminants–B.Wetton(UniversityofBritishColumbia)andJ.St-Pierre(UniversityofHawaii)

10:20 1297 ThePoisoningandRecoveryofPt/VCElectrocatalystsContaminatedwithGlycol-BasedCoolantFormulations–Y.Garsany(EXCET/NRL),S.Dutta(Dynalene),andK.Swider-Lyons(NavalResearchLaboratory)

10:40 1298 EvaluationofPEMFCSystemContaminantsonthePerformanceofPtCatalystviaCyclicVoltammetry–H.Wang,C.S.Macomber,J.Christ,G.Bender,B.S.Pivovar,H.N.Dinh(NationalRenewableEnergyLaboratory),R.Reid,B.Lakshmanan,K.O’Leary(GeneralMotorsCorporation),M.Das,M.Ohashi,andJ.VanZee(UniversityofSouthCarolina)

11:00 1299 TheInfluenceofNaClAerosolonthePerformanceofaPEMFuelCellCathode–O.A.Baturina(NavalResearchLaboratory),P.Northrup(StonyBrookUniversity),andK.Swider-Lyons(NavalResearchLaboratory)

11:20 1300 EffectofCationicContaminantsonPEMFuelCellPerformance–J.Qi,X.Wang,U.Pasaogullari,L.Bonville,andT.Molter(UniversityofConnecticut)

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11:40 1301 TheImpactofLowLevelsofNH3inanOperatingPolymerElectrolyteFuelCellasthePlatinumLoading/IonomerisVaried–T.Rockward,C.Quesada,K.C.Rau,andF.H.Garzon(LosAlamosNationalLaboratory)

Honlulu 2, Tapa Conference Center, Hilton Hawaiian Village

C-1.1 Perfluorosulfonic Acid Membranes 1 – 08:00 – 12:00Co-Chairs: Mark Edmundson and Deborah Jones

08:00 1302 AdvancesinProtonExchangeMembraneTechnology–S.Banerjee,D.Prugh,andS.Frisk(DuPontCompany)

08:40 1303 NanofiberCompositeMembranesUsingLowEWPFSA–J.BallengeeandP.Pintauro(VanderbiltUniversity)

09:00 1304 NovelSystemforCharacterizingElectro-OsmoticDragCoefficientofProtonExchangeMembranes–H.Xu,J.Ma,andC.Mittelsteadt(GinerInc.)

09:20 1305 MechanismofPerfluorsulfonicAcidMembraneChemicalDegradationUnderLowRHConditions–F.D.Coms(GeneralMotorsCompany),H.Xu,T.McCallum,andC.Mittelsteadt(GinerInc.)

09:40 Intermission(20Minutes)10:00 1306 ChallengestoHigh-VolumeProductionofFuel

CellMaterials:QualityControl–M.Ulsh(NationalRenewableEnergyLaboratory),B.Sopori,N.Aieta(NREL),andG.Bender(NationalRenewableEnergyLaboratory)

10:40 1307 PolymerElectrolyteMembraneDurability-Localdegradationatpinholes–S.Kreitmeier(PaulScherrerInstitut),A.Wokaun(PaulScherrerInstitute),andF.Büchi(PaulScherrerInstitut)

11:00 1308 NafionPolymerBackboneDegradationMechanisminPEMFuelCellfromQuantumMechanicsCalculations–T.Yu,Y.Sha,W.Liu,B.V.Merinov(CaliforniaInstituteofTechnology),P.Shirvanian(FordMotorCo.),andW.GoddardIII(CaliforniaInstituteofTechnology)

11:20 1309 ModelingofSideChainDegradationinPEMFCMembranes–K.Wong,P.Melchy,M.Eikerling(SimonFraserUniversity),M.Lauritzen(BallardPowerSystems),andE.Kjeang(SimonFraserUniversity)

11:40 1310 InvestigationofPEMDegradationKineticsandDegradationMitigationUsingIn SituFluorescenceSpectroscopyandReal-TimeMonitoringofFluoride-IonRelease–V.Prabhakaran,C.G.Arges,andV.Ramani(IllinoisInstituteofTechnology)


D-1.1 Durability of Pt-Based Cathodes 1 – 08:00 – 12:00Co-Chairs: David A. Muller and Yu Morimoto

08:00 1311 ImagingCatalystDegradationattheAtomicScale–D.A.Muller,Y.Yu,H.Xin,D.Wang,andH.D.Abruña(CornellUniversity)

08:40 1312 3-DTrackingandVisualizationofHundredsofFuelCellNanocatalystsduringElectrochemicalAging–Y.Yu,H.Xin,R.Hovden,D.Wang,J.Mundy,D.A.Muller,andH.D.Abruña(CornellUniversity)

09:00 1313 CorrelatingCatalystandCatalyst-SupportStructureswithObservedDegradationinPEMFuelCell–K.L.More,D.A.Cullen,J.Idrobo,K.A.Perry,andK.Reeves(OakRidgeNationalLaboratory)

09:20 1314 QuantifyingCatalystLossesinPolymerElectrolyteMembraneFuelCells–D.A.CullenandK.L.More(OakRidgeNationalLaboratory)

09:40 Intermission(20Minutes)10:00 1315 CatalystDegradation:NanoparticlePopulation

DynamicsandKineticProcesses–S.G.Rinaldo(SimonFraserUniversity),W.Lee(AutomotiveFuelCellCooperationCorporation,9000GlenlyonParkwayBurnaby,B.C.CanadaV5J5J8),J.Stumper(AutomotiveFuelCellCooperationCorp.),andM.Eikerling(SimonFraserUniversity,8888UniversityDrive,Burnaby,B.C.CanadaV5A1S6)

10:20 1316 StudyoftheCathodeCatalystLayerDegradationMechanismsinPEMFuelCell–P.Urchaga,S.Goli(TennesseeTechnologicalUniversity),andC.A.Rice(TennesseeTechUniversity)

10:40 1317 In SituAnomalousSmall-AngleX-rayScatteringStudyofFuelCellCatalystDegradationinAqueousandMembraneElectrodeAssemblyEnvironments–J.Gilbert(UniversityofWisconsin–Madison),N.Kariuki,A.Kropf(ArgonneNationalLaboratory),D.Morgan(UniversityofWisconsin-Madison),D.J.Myers(ArgonneNationalLaboratory),S.Ball,J.Sharman,B.Theobald,andG.Hards(JohnsonMattheyTechnologyCenter)

11:00 1318 CathodeCatalystsDegradationMechanismfromLiquidElectrolytetoPolymerElectrolyteMembraneFuelCells–A.A.MarcuandG.Toth(DaimlerAG)

11:20 1319 RotatingDiskElectrodeTechniquesDesignedtoSimulateFuelCellStartup/Shut-DownTransientConditions–D.A.Stevens,J.Harlow,R.J.Sanderson,T.C.Crowtz,J.Dahn(DalhousieUniversity),G.D.Vernstrom,L.L.Atanasoska,G.M.Haugen,andR.T.Atanasoski(3MCompany)

11:40 1320 TheInfluenceofExperimentalConditionsontheCatalystDegradationintheAcceleratedDurabilityTestusingaRotatingDiskElectrode–T.Nagai,H.Murata(TOYOTACENTRALR&DLABS.,INC.),andY.Morimoto(ToyotaCentralR&DLabs,Inc.)

Honolulu 3, Tapa Conference Center, Hilton Hawaiian Village

E-1.1 Alkaline Electrocatalysis – 08:00 – 12:00Co-Chairs: Karen Swider-Lyons and Elena Baranova

08:00 1321 ElectrocatalysisofSmallOrganicandInorganicMoleculesforDirectOxidationFuelCells–E.A.Baranova,A.Allagui,andB.Middleton(UniversityofOttawa)

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08:40 1322 ReactionMechanismofEthanolOxidationoverGoldCatalystunderAlkalineEnvironment–M.Koyama,Y.Amano,S.Liu,andT.Ishimoto(KyushuUniversity)

09:00 1323 RhPorphyrin-BasedElectrocatalystsfortheOxidationofAlcohols–S.Yamazaki,M.Yao,N.Fujiwara,Z.Siroma,M.Asahi,andT.Ioroi(NationalInstituteofAdvancedIndustrialScienceandTechnology)

09:20 1324 EthanolElectro-OxidationonPt/CandPd/CCatalystsinAlkalineMedia–L.Ma(IUPUI),H.He,A.Hsu(WrightStateUniversity),D.Chu(U.S.ArmyResearchLaboratory),andR.Chen(IUPUI)

09:40 Intermission(20Minutes)10:00 1325 EnhancedO2ReductionKineticsbyTuning

ElectrochemicalInterfaceofCarbonorAg/CElectrodeswithMetallophthalocyanineMoleculesinAlkalineMedia–R.Chen,J.Guo,H.He,J.Zhou(iupui),andD.Chu(U.S.ArmyResearchLaboratory)

10:40 1326 CatalystsforAlkalineDirectEthanolandDirectFormateFuelCells–A.M.Bartrom,G.Ognibene,J.Ta,J.Tran,andJ.L.Haan(CaliforniaStateUniversity,Fullerton)

11:00 1327 DevelopmentofElectrocatalystforAnion-typePolymerElectrolyteFuelCellusingKOH-dopedPolybenzimidazole–T.FujigayaandN.Nakashima(KyushuUniversity)

11:20 1328 Pt-FreeCatalystsforAlkalineDirectEthanolMembraneElectrodeAssemblies–A.Stadlhofer,M.Bodner,H.Schröttner,andV.Hacker(GrazUniversityofTechnology)

11:40 1329 HighPerformancePtonCompositeNi-Pb/CSupportforMethanolOxidationinAlkalineMedia–M.Lee,B.Mikes,D.Abbott,andS.Mukerjee(NortheasternUniversity)


A-1.2 Modeling 2 – 14:00 – 18:00Co-Chairs: Shawn Litster and Aimy Bazylak

14:00 1330 NetworkFormationandIonConductioninIonomerMembranes–K.Promislow,A.Christlieb,J.Jones(MichiganStateUniversity),Z.Xu(MichiganTechnologicalUniversity),andN.Gavish(MichiganStateUniversity)

14:40 1331 OnWaterTransportinPolymerElectrolyteMembranesduringthePassageofCurrent–T.Berning(AalborgUniversity)

15:00 1332 MolecularSimulationofProtonandWaterTransportinHydratedNafionMembrane–T.MabuchiandT.Tokumasu(TohokuUniversity)

15:20 1333 UnderstandingWaterManagementasaFunctionofCatalyst-LayerThickness–P.K.DasandW.Adam(LawrenceBerkeleyNationalLaboratory)

15:40 1334 NumericalSimulationoftheInterfacialOxygenTransportResistanceforaPEMFCCathodeIncorporatingWaterCoverage–M.KozandS.Kandlikar(RochesterInstituteofTechnology)


16:20 1335 MolecularDynamicsStudyofWaterTransportPropertyinMicroHydrophobicPore–A.Fukushima(TohokuUniversity),T.Mima,I.Kinefuchi(UniversityofTokyo),andT.Tokumasu(TohokuUniversity)

16:40 1336 3DModelingofOneandTwoComponentGasFlowinFibrousMicrostructuresinFuelCellsbyUsingtheLattice-BoltzmannMethod–J.Brinkmann,D.Froning,U.Reimer(ForschungszentrumJülichGmbH),V.Schmidt(UlmUniversity),W.Lehnert,andD.Stolten(ForschungszentrumJülichGmbH)

17:00 1337 LatticeBoltzmannModelingoftheEffectiveThermalConductivityofanAnisotropicPEMFCGDLwithResidualWater–J.YableckiandA.Bazylak(UniversityofToronto)

17:20 1338 NumericalDeterminationofTransportPropertiesofGasDiffusionLayersinWetConditions–Z.TAYARANIYOOSEFABADI(SimonFraserUniversity),D.B.Harvey(Queen’sUniversity),andE.Kjeang(SimonFraserUniversity)

17:40 1339 ACaseStudyofValidationofMultiphasePEMFCComputerModelsUsingThrough-PlaneLiquidWaterMeasurements–B.Carnes,K.Chen(SandiaNationalLabs),D.Spernjak(LosAlamosNationalLaboratory),G.Luo,L.Hao,andC.Wang(ThePennsylvaniaStateUniversity)


B-1.2 MEA Degradation – 14:00 – 17:00Co-Chairs: Tom Fuller and Kazuhiko Shinohara

14:00 1340 EffectofN-dopingonPerformanceandDurabilityofSupportedPtRuDirectMethanolFuelCellCatalyst–S.Pylypenko,A.Corpuz(ColoradoSchoolofMines),T.Olson,A.Dameron(NationalRenewableEnergyLaboratory),K.Wood,P.Joghee(ColoradoSchoolofMines),K.Hurst,S.Christensen,D.Ginley,B.S.Pivovar(NationalRenewableEnergyLaboratory),R.M.Richards(ColoradoSchoolofMines),H.N.Dinh,T.Gennett(NationalRenewableEnergyLaboratory),andR.O’Hayre(ColoradoSchoolofMines)

14:20 1341 PerformanceandDurabilityofHT-PEFCswithCustomizedFlowFieldPlates–F.Liu(ForschungszentrumJülichGmbH),M.Kvesić(ForschungszentrumJuelich),K.Wippermann,U.Reimer,andW.Lehnert(ForschungszentrumJülichGmbH)

14:40 1342 ImpactofPolymerElectrolyteMembraneDegradationProductsontheActivityoftheOxygenReductionReactiononPlatinumCatalysts–J.M.Christ(ColoradoSchoolofMines),K.Neyerlin,H.Wang(NationalRenewableEnergyLaboratory),R.M.Richards(ColoradoSchoolofMines),andH.N.Dinh(NationalRenewableEnergyLaboratory)

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15:00 1343 InternalCurrents,CO2EmissionsandDecreaseofthePtElectrochemicalSurfaceAreadur-ingFuelCellStart-UpandShut-Down–A.Lamibrac(LorraineUniversity-CNRS),J.Durst(GrenobleINP-CNRS),D.Spernjak(LosAlamosNationalLaboratory),G.Maranzana,J.Dillet,S.Didierjean,O.Lottin(LorraineUniversity-CNRS),F.Maillard,L.Dubau,M.Chatenet(GrenobleINP-CNRS),R.Mukundan,andR.L.Borup(LosAlamosNationalLaboratory)

15:20 1344 MEADesignforImprovedCathodeDurabilityunderStartupShutdownAutomotiveConditions–J.Roberts,F.Berretta,H.Haas,A.Yang,S.Ronasi,S.Kundu,A.Leow(AutomotiveFuelCellCooperationCorp.),Z.Moreland(McGillUniversity),G.Orha,Y.Hsieh(AutomotiveFuelCellCooperationCorp.),andN.Barsan(SteinbeisAOAction)

15:40 1345 RelationbetweenLocalLossofPerformancesinaSegmentedPEMFCandLocalDegradationsofthePt/CCathodeCatalyst–J.Durst(GrenobleINP-CNRS),A.Lamibrac(LorraineUniversity-CNRS),L.Dubau,F.Maillard,M.Chatenet(GrenobleINP-CNRS),J.Dillet,G.Maranzana,andO.Lottin(LorraineUniversity-CNRS)

16:00 Intermission(20Minutes)16:20 1346 StudyonProtocolsforEvaluatingMechanical

andChemicalDurabilityofPEFCElectrolyteMembranes–Y.Oono,Y.Yamaguchi(DaidoUniversity),K.Kobayashi(FuelCellResearchCenter,DAIDOUniversity),A.Daimaru,andM.Hori(DaidoUniversity)

16:40 1347 MembraneDurabilityTestingforHeavyDutyBusFuelCells–N.MACAULEY(SFU),M.Watson(BallardPowerSystems),M.Cruickshank,C.Lim,A.Tavassoli,G.Wang,X.Feng(SFU),M.Lauritzen,J.Kolodziej,S.Knights(BallardPowerSystems),andE.Kjeang(SimonFraserUniversity)


C-1.2 Sulfonated Polyaromatic Polymers and Membranes – 14:00 – 18:00Co-Chairs: Paul Kohl and Shoibal Banerjee

14:00 1348 Cross-linkedAromaticPolymersforHighDurabilityPEMMembranes:MaterialsandMethods–M.DiVona(UniversityofRomaTorVergata)

14:40 1349 Cross-Linkedpoly(aryleneEtherKetone)MembranesSulfonatedonbothBackboneandPendantPositionforHighProtonConductingandLowWaterUptake–H.DangandD.Kim(SungkyunkwanUniversity)

15:00 1350 Poly(AryleneEtherSulfone)IonomerswithDifferentAcidityStrengthsandFuelCellMembraneProperties–Y.Chang(UniversityofNevadaLasVegas),G.Brunello(GeorgiaInstituteofTechnology),M.Disabb-Miller(ThePennsylvaniaStateUniversity),M.Hawley,Y.Kim(LosAlamosNationalLaboratory),M.Hickner(ThePennsylvaniaStateUniversity),S.Jang(GeorgiaInstituteofTechnology),andC.Bae(UniversityofNevadaLasVegas)

15:20 1351 SynthesisandCharacterizationofSulfonatedPoly(AryleneEther-1,3,4-Oxadiazole)Derivatives–I.HajdokandJ.A.Kerres(UniversityofStuttgart)

15:40 1352 EffectofHumidityandTemperatureonDurabilityofSulfonatedPoly(aryleneethersul-foneketone)MultiblockCopolymerMembranesinPEFCOperation–Y.Sakiyama(TorayResearchCenter,Inc),H.Uchida,M.Kondo,K.Miyatake,M.Uchida,M.Watanabe(UniversityofYamanashi),andY.Nakagawa(TorayResearchCenter,Inc.)

16:00 Intermission(20Minutes)16:20 1353 ProtonMobilityinHydratedAcidicPolymers:

ConsequencesforOptimizationofProtonConductivity–P.Knauth(Aix-MarseilleUniversity)andM.DiVona(UniversityofRomaTorVergata)

16:40 1354 PFG-NMRandSANSStudiesinCationExchangeMembranesbasedonSulfonatedPolyphenyleneMultiblockCopolymers–M.Yoshida(SophiaUniversity),Y.Zhao(JapanAtomicEnergyAgency),M.Yoshizawa-Fujita(SophiaUniversity),A.Ohira(AIST),Y.Takeoka(SophiaUniversity),S.Koizumi(IbarakiUniversity),andM.Rikukawa(SophiaUniversity)

17:00 1355 ProtonConductivePathsonPolymerElectrolyteMembranesDetectedbyAFMunderControlledHydrogenAtmosphere–J.Inukai,M.Hara(UniversityofYamanashi),D.Hattori(U.Yamanashi),B.Bae(U.Yamanashi),K.Miyatake,andM.Watanabe(UniversityofYamanashi)

17:20 1356 SynthesisofPolyethylene-BasedProtonExchangeMembranesContainingPEBackboneandSulfonatedPoly(aryleneethersulfone)SideChainsforFuelCellApplications–H.Kim,S.N.Lvov,andT.Chung(ThePennsylvaniaStateUniversity)

17:40 1357 NewIonicallyandCovalentlyCross-LinkedPolyaromaticMembranesforFuelCellsandElectrolysis–J.A.Kerres(UniversityofStuttgart)


D-1.2 Durability of Pt-Based Cathodes 2 – 14:00 – 17:40Co-Chairs: Christophe Coutanceau and Katsuyoshi Kakinuma

14:00 1358 StudiesonthePlatinumDissolutionReactioninPEMFCElectrocatalysts–TheEffectofTemperatureoncatalystdegradation–P.SivasubramanianandR.Mohtadi(ToyotaResearchInstituteofNorthAmerica)

14:20 1359 DegradationofPlatinumCathodeElectrocatalystsinSulphuricAcidSolutionunderThermalStressInducedbyLinearSweepCyclicThermammetry–G.T.BursteinandG.Smith(UniversityofCambridge)

14:40 1360 AStudyofElectrochemicalOstwaldRipeninginPtandAgCatalystsSupportedonCarbon–P.ParthasarathyandA.V.Virkar(TheUniversityofUtah)

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15:00 1361 ParticleSizeEffectonElectrocatalystStability–C.Wang,N.M.Markovic,andV.R.Stamenkovic(ArgonneNationalLaboratory)

15:20 1362 Performance,DegradationandStructuralChangesAssociatedwithPtCathodeCatalystLayerDesign–V.Colbow,M.Dutta,A.Young,Z.Ahmad,E.Rogers(BallardPowerSystems),D.B.Harvey(Queen’sUniversity),andS.Wessel(BallardPowerSystems)

15:40 1363 MitigationofCatalystLayerDegradationunderAutomotiveFuelCellOperations–J.Li,K.Wang,Y.Yang,Y.Zou,andR.Vohra(AutomotiveFuelCellCooperation)

16:00 Intermission(20Minutes)16:20 1364 PtCoAlloyStabilityinPEMFCsunder

AutomotiveCyclicConditions–C.Chuy,M.Davis,M.Guenther(AFCCAutomotiveFuelCellCooperationCorp.),H.Haas(AutomotiveFuelCellCooperationCorp.),D.Susac(AFCC),C.Talpalaru,andH.Zhang(AFCCAutomotiveFuelCellCooperationCorp.)

16:40 1365 Durable,OER-ActiveCompositionsofPt,Ir,andRuforPEMFuelCellStart-StopProtection–J.Harlow,D.A.Stevens,R.Sanderson,T.C.Crowtz,J.Dahn(DalhousieUniversity),G.M.Haugen,L.L.Atanasoska,G.D.Vernstrom,andR.T.Atanasoski(3MCompany)

17:00 1366 EffectofNanosheetSizeonActivityandDurabilityofRuO2NanosheetPt/CCatalyst–C.Chauvin,T.Saida,K.Lokesh,andW.Sugimoto(ShinshuUniversity)

17:20 1367 TimeResolvedCorrosionofElectrodeSupportsinPEMFuelCells–J.D.Fairweather,D.Spernjak,R.Mukundan(LosAlamosNationalLaboratory),R.K.Ahluwalia,S.Arisetty(ArgonneNationalLaboratory),andR.L.Borup(LosAlamosNationalLaboratory)


E-1.2 Alkaline Membranes I – 14:00 – 18:00Co-Chairs: Dario Dekel and Young-Woo Choi

14:00 1368 AlkalineMembraneFuelCell(AMFC)materialsandsystemimprovement–State-of-the-Art–D.R.Dekel(CellEra)

14:40 1369 ARamanSpectroscopyInvestigationintotheAlkalineStabilitiesofHydratedAnion-ExchangeHead-GroupsRelevanttoAlkalineMembraneFuelCells–J.R.Varcoe,H.Herman,andD.K.Whelligan(UniversityofSurrey)

15:00 1370 EngineeringthevanderWaalsInteractioninCross-Linking-FreeHydroxideExchangeMembranesforLow-SwellingandHigh-Conductivity–S.Gu(UniversityofDelaware),J.Skovgard(UniversityofCalifornia,Riverside),andY.Yan(UniversityofDelaware)

15:20 1371 CatalyticAdvancesandElectrolyteStabilityforCarbonateExchangeMembraneFuelCells–W.E.Mustain(UniversityofConnecticut)

15:40 1372 MolecularDynamicsSimulationsofHydroxideSolvationandTransportinAnionicExchangeMembranes–G.E.Lindberg,C.Knight,andG.A.Voth(TheUniversityofChicago)


16:20 1373 AnionConductingPore-FillingMembranesforSolidAlkalineFuelCells–Y.Choi,M.Lee,C.Kim,T.Yang,andS.Park(KoreaInstituteofEnergyResearch)

17:00 1374 EvaluatingtheContributionofDirectvs.IndirectCarbonateProductioninAnionExchangeMembraneFuelCells–M.Ignatowich,G.Crettol,M.Chhiv,andW.E.Mustain(UniversityofConnecticut)

17:20 1375 FundamentalStudiesofAlkalineExchangeMembranesTowardsOptimizationinaFuelCellEnvironment–A.Herring(ColoradoSchoolofMines),E.Coughlin(UniversityofMassachusetts,Amherst),D.Knauss(ColoradoSchoolofMines),G.A.Voth(TheUniversityofChicago),T.Witten(UniversityofChicago),M.Liberatore(ColoradoSchoolofMines),andY.Yan(UniversityofDelaware)

17:40 1376 DevelopmentofAlkalineExchangeIonomersforuseinAlkalinePolymerElectrolyteFuelCells–S.D.Poynton,R.Zeng,J.Kizewski,A.Ong,andJ.R.Varcoe(UniversityofSurrey)


B9 – Poster Session – 18:00 – 20:00Co-Chairs: Jim Fenton, Pezhman Shirvanian, and Thomas Schmidt

• 1377 ElectrochemicalPerformanceofPtExtendedNetworkCatalystsfromSpontaneousGalvanicDisplacementinMEAs–K.Neyerlin,B.A.Larsen,S.S.Kocha,andB.S.Pivovar(NationalRenewableEnergyLaboratory)

• 1378 EffectandDevelopmentofCathodeCatalystonPEFCCellPerformanceunderLowandHighRelativeHumidity–H.NakajimaandK.Matsutani(TanakaKikinzokuKogyoK.K.)

• 1379 SubzeroDegradationAnalysisofMembraneElectrodeAssembliesFabricatedUsingTwoCommonTechniques–A.Pistono(TennesseeTechnologicalUniversity),C.A.Rice(TennesseeTechUniversity),J.Lewis,andV.Ramani(IllinoisInstituteofTechnology)

• 1380 ApplicationofElectrospinningTechniqueintheFabricationofaCompositeElectrodeforPEMFC–J.J.Sightler,E.McPherson(USC),W.A.Rigdon(UniversityofSouthCarolina),andX.Huang(USC)

• 1381 VerificationofDurabilityTestMethodsofanMEAforAutomotiveApplication–Y.Hashimasa,T.Shimizu,Y.Matsuda,D.Imamura,andM.Akai(JapanAutomobileResearchInstitute)

• 1382 StructuralChangeofthePt/CElectrocatalystinHumidifiedAirObservedbyIn SituTEM–T.Shimizu,D.Imamura(JapanAutomobileResearchInstitute),T.Yaguchi,T.Kanemura,andT.Kamino(HitachiHigh-TechnologiesCorporation)

• 1383 EffectsofPtLoadinginAnodeElectrodeontheDegradationofMEAforPEMFCsduringStartup/ShutdownCycling–E.Cho,K.Eom,T.Lim,J.Jang,andH.Kim(KoreaInstituteofScienceandTechnology)

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• 1384 EvaluationofPt/CCatalystsandMEA’sFabricatedbyCarbonMaterialswithDifferentNanostructuresforPolymerElectrolyteFuelCells–X.Zhao,Z.Noda,A.Hayashi,andK.Sasaki(KyushuUniversity)

• 1385 Real-timeCO2DetectionfromCarbonSupportOxidationinPEMFuelCellCathodesDuringPotentialCycling–E.Niangar,T.Han,N.Dale,andK.Adjemian(NissanTechnicalCenterNorthAmerica)

• 1386 InvestigationofRoleofCathodeMicroporousLayersinPEMFC–E.Nishiyama(FukuiUniversityofTechnology),M.Hara(FukuiUniversityofTechonology),andT.Murahashi(FukuiUniversityofTechnology)

• 1387 Multi-AnalyticalStudyofGasDiffusionLayersPTFEContentVariation–K.Artyushkova,P.Atanassov(TheUniversityofNewMexico),T.V.Reshetenko(UniversityofHawaiiatManoa),andJ.St-Pierre(UniversityofHawaii)

• 1388 UsingPlasmastoModifyGasDiffusionLayerstoEnhancetheLongTermStabilityofPEMFCs–C.Walter,V.Brüser,A.Quade,andK.Weltmann(INPGreifswald)

• 1389 DynamicSIMSAnalysisofPEMFCCatalystLayer/SolidElectrolyteMembraneInterface–T.Ebihara,M.Nojima,T.Kondo,andM.Yuasa(TokyoUniversityofScience)

• 1390 NumericalInvestigationofeffectofOxygenandWaterDistributiononPEMFuelCellPerformance–M.YonedaandH.Motegi(MizuhoInformationandResearchInstitute,Inc.)

• 1391 ReactiveMolecularDynamicsSimulationsofProtonExchangeMembranes–J.SavageandG.A.Voth(TheUniversityofChicago)

• 1392 Thermo-FluidDynamicsSimulationofPassiveTypePEFCbyCOMSOLMultiphysics–Y.Nakajima(ChibaInstituteofTechnologyGraduateschool),J.Otsuka,andE.Ejiri(ChibaInstituteofTechnology)

• 1393 TheMechanismoftheImprovementinCatalyticActivityofIrModifiedbyVComparedtoPureIr/C–B.Li,D.Yang,R.Lin,Z.Yu,andJ.Ma(TongjiUniversity)

• 1394 AnalysisofNon-SteadyStateElectrochemicalGasPermeabilityMeasurementsforPEMFuelCellsandElectrolysers–D.Bessarabov(NorthwestUniversity),I.Beckman,andI.Buntseva(LomonosovMoscowStateUniversity)

• 1395 InterfacialContactResistanceofTantalumCoatedConstructionMaterialsforHighTemperatureSteamElectrolysersandFuelCells–A.H.Jensen,E.Christensen,andJ.VonBarner(TechnicalUniversityofDenmark)

• 1396 HydrogenGenerationfromAluminumCorrosioninAqueousSolutions–Y.Chiu,C.Chen,K.Hsueh,andJ.Hung(NationalUnitedUniversity)

• 1397 FabricationofMg-NiAlloysforthePurposeofFastHydrogenGenerationfromtheHydrolysisinNeutralAqueousNaClsolution–S.Oh(KoreaAdvancedInstituteofScienceandTechnology),K.Eom(KoreaInstituteofScienceandTechnology),J.Kyung,D.Kim(YonseiUniversity),andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

• 1398 ComputerModelingofakWCombinedHeatandPowerFuelCellUnit–P.Ho,W.Wang,C.Dai(NationalUnitedUniversity),Y.Chang,W.Chang(IndustrialTechnologyResearchInstitute),K.Hsueh,andJ.Hung(NationalUnitedUniversity)

• 1399 MaximumEfficiencyPointTrackingTypePowerControlSystemforaFuelCellPowerGenerationSystem–K.ItakoandH.Takahashi(KanagawaInstituteofTechnology)

• 1400 A3DTwo-PhaseModelforaMembranelessFuelCellUsingDecompositionofHydrogenPeroxidewithY-ShapedMicrochannel–J.Peng,Z.Zhang,andH.Niu(TsinghuaUniversity)

• 1401 AStudyofElectrochemicalRecycleforNobleMetalsinPEFCs–H.Shiroishi,H.Matsumoto(TokyoNationalCollegeofTechnology),M.Yonekawa(TokyoInstituteofTechnology),R.Shoji,I.Kato(TokyoNationalCollegeofTechnology),andM.Kunimatsu(KanagawaIndustrialTechnologyCenter)

• 1402 EffectsofAtmosphericTraceSpeciesonPolymerElectrolyteFuelCellPerformance:AnalysisofPerformanceDeteriorationMechanismbyCurrentDistributionMeasurement–D.ImamuraandK.Ohno(JapanAutomobileResearchInstitute)

• 1403 DevelopmentofMethodstoEstimatetheEffectsofImpuritiesonPEFCPerformanceII.ImpactofAcrylonitrilePoisoningonOxygenReductionReactionatPt/CCatalysts–M.El-Deab,F.Kitamura,andT.Ohsaka(TokyoInstituteofTechnology)

• 1404 AmmoniumPolyphosphateCompositeBasedElectrolytesforIntermediateTemperatureFuelCells–N.Kluy(TUMünchen),B.Reeb(TUMCREATECentreforElectromobilitySingapore),O.Paschos(TechnischeUniversitätMünchen),F.Maglia(UniversityofPavia),O.Schneider,U.Stimming(TechnischeUniversitätMünchen),S.Angioni,andP.Righetti(UniversityofPavia)

• 1405 FlowFieldDesignforaPolymerElectrolyteUnitizedReversibleFuelCell–C.Hwang,H.Ito,T.Maeda,A.Nakano(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),A.Kato(TakasagoThermalEngineeringCo.,Ltd.),andT.Yoshida(DaikiAtakaEngineeringCo.,Ltd.)

• 1406 ANewDesignofPEMFCBipolarPlateforCorrosionStudy–Y.Hitoshi,T.Ichikawa,S.Chu(IwateUniversity),M.Kumagai(TaiyoStainlessSpringCo.,Ltd.),andS.Myung(SejongUniversity)

• 1407 DMFCPerformanceofCross-LinkedSulfoethylcellulose/Poly(VinylAlcohol)BlendElectrolyteMembranes–Y.Kasai,T.Okayama(AomoriPrefecturalIndustrialTechnologyResearchCenter),G.Guan,andA.Abudula(HirosakiUniversity)

• 1408 InvestigationofPowerEfficiencyfromtheMicrobialBiofuelCellSystemwiththePhotosyntheticBacteria,RhodopseudomonasSphaeroides–M.SyuandY.Chang(NationalChengKungUniversity)

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• 1409 ImmobilizationofEnzymesontotheCarbonPaperElectrodebytheConductingPolymer/CarbonNanotubesCompositefortheInvestigationoftheBiofuelCellSystem–M.SyuandC.Lin(NationalChengKungUniversity)

• 1410 DesigningaHighlyOrderedNanowirewithHighProtonConductivityforPolymerMembraneandCatalystLayerofPEFC–T.Kim(KIER),Y.Choi(KoreaInstituteofEnergyResearch),andS.Yim(KIER)

• 1411 ElectrochemicalandRamanSpectroscopicEvaluationofPt/GCBDurabilityfortheStart/StopOperatingCondition–M.Hara(UniversityofYamanashi),M.Lee(NortheasternUniversity),Y.Yamashita,M.Uchida,H.Uchida,andM.Watanabe(UniversityofYamanashi)

• 1412 InvestigationofCarbonCorrosionResistanceofCNTContainingElectrode–D.Larrabee,W.A.Rigdon(UniversityofSouthCarolina),E.McPherson,J.J.Sightler,andX.Huang(USC)

• 1413 InvestigationoftheCorrosionofCarbonSupportsinPolymerElectrolyteFuelCellsUsingSimulatedStart-Up/Shut-DownCycling–Y.Park,K.Kakinuma,M.Hara,M.Uchida,H.Uchida,andM.Watanabe(UniversityofYamanashi)

• 1414 DurabilityofArcPlasmaSynthesizedPt/CNano-Catalyst–H.Joo(YonseiUniversity),J.Park(SejongUniversity),andH.Choi(KoreaInstituteofIndustrialTechnology)

• 1415 KineticsandMassTransportInvestigationofPt/CarbonElectrocatalystbyRotatingDiskElectrode–C.Wang(NissanTechnicalCenterNorthAmerica,Inc),N.Dale,andK.Adjemian(NissanTechnicalCenterNorthAmerica)

• 1416 OxygenReductionReactionActivityandDurabilityofElectrocatalystsSupportedonSnO2–T.Tsukatsune,Y.Takabatake,Z.Noda(KyushuUniversity),S.Taniguchi(InternationalResearchCenterforHydrogenEnergy),Y.Shiratori,A.Hayashi,andK.Sasaki(KyushuUniversity)

• 1417 EffectsofTinDioxideLoadingonORRActivityandDurabilityofPt/CCatalyst–N.Eguchi,T.Kinumoto,T.Tsumura,andM.Toyoda(OitaUniversity)

• 1418 DurabilityEnhancementofPt/CCatalystsviaSupportFunctionalizationwithSilicotungsticAcid–K.S.Mason(ColoradoSchoolofMines),K.Neyerlin(NationalRenewableEnergyLaboratory),M.Kuo,K.Horning(ColoradoSchoolofMines),S.S.Kocha,J.A.Turner(NationalRenewableEnergyLaboratory),andA.Herring(ColoradoSchoolofMines)

• 1419 PerformanceEvaluationofPt-DepositedSiO2CompositeCatalystunderLowHumidityConditions–J.Yoo(UniversityofIncheon),I.Choi(SeoulNationalUniversity),S.Ahn(KoreaInstituteofScienceandTechnology),J.Kim(SeoulNationalUniversity),andO.Kwon(UniversityofIncheon)

• 1420 DurabilityofAuCore/PtShellStructuredCatalyst–E.Maki,Y.Ikehata,T.Nishikawa,Y.Kirihata(DoshishaUniversity),N.Aoki(ishi-hukumetalindustry),H.Inoue(IshifukuMetalIndustryCo.,Ltd),H.YAMADA(NaraNationalCollegeofTechnology),H.Daimon,andM.Inaba(DoshishaUniversity)

• 1421 ElectrochemicalStabilityofPtMLonAu/QCElectrode–H.Yamada,A.Kawamura,T.Kobayashi,K.Katakura(NaraNationalCollegeofTechnology),andM.Inaba(DoshishaUniversity)

• 1422 ElectrochemicalStabilityforPt-EnrichedNi/Pt(111)TopmostSurfacePreparedbyMolecularBeamEpitaxy–N.Todoroki,Y.Iijima,R.Takahashi,K.Matsumoto,Y.Yamada,T.Hayashi,andT.Wadayama(TohokuUniversity)

• 1423 PlatinumDissolutioninNitrogenOxides-ContainingHClO4SolutionStudiedbyElectrochemicalQuartzCrystalMicrobalance–Y.Uchiyama,T.Abe,T.Morita,andS.Imabayashi(ShibauraInstituteofTechnology)

• 1424 Poly(Benzimidazole)-FunctionalizedGrapheneSupportedPtElectrocatalystandItsApplicationinHighTemperaturePEMFuelCells–A.A.Permyakova,J.Jensen,Q.Li,andN.Bjerrum(TechnicalUniversityofDenmark)

• 1425 EvaluationofthePt/CCatalystforFuelCellsPreparedbyaNanoParticleFormationTechniqueUsingaPulsedArcPlasmaSource–Y.Agawa(ULVACRIKO,Inc.),S.Endo,M.Matsuura,andY.Ishii(ULVAC-RIKO,Inc.)

• 1426 ControlledPtCoverageforExtendedThinFilmCatalystORRStudiesviaTemplatedGasPhaseSynthesis–J.Bult,K.Neyerlin,S.Christensen,A.Dameron,B.S.Pivovar,andK.Hurst(NationalRenewableEnergyLaboratory)

• 1427 SynthesisandCharacterizationofAu-DecoratedPtSurfaceforOxygenReductionReaction–J.Ahn,H.Lee,H.Kim(KoreaInstituteofIndustrialTechnology),Y.Shul,andH.Kim(YonseiUniversity)

• 1428 SynthesisofAlkanetiolStabilizedAu/CandDurabilityofAuCore/PtShellStructuredCatalyst–N.Aoki(ishihukumetalindustry),H.Inoue(ishifukumetalindustry),T.Kirihata,E.Maki,H.Daimon,andM.Inaba(DoshishaUniversity)

• 1429 VariousTypesofTubularCarbonNanofibersasaSupportMaterialofCatalystsforFuelCell–J.Kim(UniversityofScience&Technology),S.Lim(KoreaInstituteofEnergyResearch),M.Seo,B.Kim,S.Yoon(KyushuUniversity),andD.Jung(KoreaInstituteofEnergyResearch)

• 1430 High-PerformancePtcatalystsSupportedonHigh-Surface-AreaGrapheneCompositesforPEFCs–L.Sun(1DepartmentofMechanicalEngineering,PurdueSchoolofEngineeringandTechnology,IndianaUniversity-PurdueUniversityIndianapolis(IUPUI)),H.Zhang,L.Stanciu(WeldonSchoolofBiomedicalEngineeringandSchoolofMaterialsEngineering),J.Ilavsky(ArgonneNationalLaboratory),andJ.Xie(IndianaUniversityPurdueUniversityIndianapolis)

• 1431 PlatinumYttriumAlloyNanocrystalsasOxygenReductionReactionElectrocatalysts–Z.Zhuang(UniversityofDelaware),Y.Zhang(UniversityofDelware),andY.Yan(UniversityofDelaware)

• 1432 OxygenReductiononPt-PdElectrodeforPEFCCathode–A.Hyono,Y.Sugawara,M.Ueda,andT.Ohtsuka(HokkaidoUniversity)

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• 1433 ImprovementinActivityofHighlyDurableSilica-CoatedPd/CNTCathodeCatalystsforPEFCbyAdditionofCu–S.Takenaka,H.Miyata,T.Tsukamoto,H.Matsune,andM.Kishida(KyushuUniversity)

• 1434 PreparationofHighlyActiveZrOxide-BasedOxygenReductionElectrocatalystsasPEFCCathode–S.Yin,A.Ishihara(YokohamaNationalUniversity),M.Matsumoto,M.Arao,H.Imai(NISSANARCLtd.),K.Matsuzawa,S.Mitsushima,andK.Ota(YokohamaNationalUniversity)

• 1435 HighlyActiveTitaniumOxide-BasedElectrocatalystforOxygenReductionReactionforPEFC–K.Suito(GreenHydrogenResaerchCenter),A.Ishihara(YokohamaNationalUniversity),M.Matsumoto,M.Arao,H.Imai(NissanArcLtd.),K.Matsuzawa,S.Mitsushima,andK.Ota(YokohamaNationalUniversity)

• 1436 SurfaceReactionAnalysisofTantalum-OxideOxygen-ReductionCatalystsbyUsingX-rayPhotoelectronSpectroscopy–M.Matsumoto,H.Imai(NISSANARCLtd.),T.Miyazaki,S.Fujieda(NECCorporation),A.Ishihara,andK.Ota(YokohamaNationalUniversity)

• 1437 DevelopmentofTantalumBorideThinFilmCatalystsforOxygenReductionReactionUsinganRFMagnetronSputteringDeposition–K.Kushibe,K.Iyatani,Y.Horiuchi,andM.Matsuoka(OsakaPrefectureUniversity)

• 1438 PreparationandElectrochemicalPerformanceofNitrogen-dopedGraphenebyIntermittentMicrowave-assistedHeatingforFuelCells–J.Liu,Y.Xin,Y.Zhou,andZ.Zou(NanjingUniversity)

• 1439 CharacteristicsofOxygenAdsorptiononNitrogenDopedHOPGRevealedbyX-rayAbsorptionSpectroscopy–H.Kiuchi(TheUniversityofTokyo),T.Kondo,M.Sakurai(UniversityofTsukuba),H.Niwa,M.Kobayashi,Y.Harada(TheUniversityofTokyo),T.Ikeda(JapanAtomicEnergyAgency),K.Terakura(TokyoInstituteofTechnology),J.Nakamura(UniversityofTsukuba),andM.Oshima(TheUniversityofTokyo)

• 1440 Nitrogen-dopedGrapheneforOxygenReductionReactioninAirElectrodes–D.Lee,A.Yu,andZ.Chen(UniversityofWaterloo)

• 1441 NH3-PyrolyzedFe-ImpregnatedPolyanilinefortheuseasaCathodeCatalystforPolymerElectrolyteFuelCells–K.Nahm,S.Kim,andP.Kim(ChonbukNationalUniversity)

• 1442 CharacterizationofHigh-PerformanceNon-preciousMetalCatalystsforOxygenReductionReaction(ORR)–N.RanjbarSahraie,D.Wilhelm(TechnicalUniversityofBerlin),andP.Strasser(TechnischeUniversitätBerlin)

• 1443 HighlyActiveTetracyanoethyleneDerivedNon-preciousMetalCatalystforOxygenReductionReactioninPEMFuelCell–J.ChoiandZ.Chen(UniversityofWaterloo)

• 1444 CarbonSupportedCopperPhthalocyanine(CuPc/C)asNovelCathodeCatalystforPolymerElectrolyteMembraneFuelCells---EffectofNafionIonomerasforAlkalineElectrolyte–L.Ding,L.Xu(DonghuaUniversity),B.Tian(PearlHydrogenTechnologyCo.,Ltd.),S.Ibrahim,Y.Liu(TohokuUniversity),andJ.Qiao(DonghuaUniversity)

• 1445 RRDEStudiesofOxygenReductionReactionatVariousCatalystsinAlkalineSolution–J.Choi(KyungilUniversity)andH.Jung(KangwonNationalUniversity)

• 1446 AnalysisofMechanismofOxygenReductionReactiononNon-NobleMetalsinAlkalineSolutionbyScanningElectrochemicalMicroscopy–R.Teranishi,E.Higuchi,M.Chiku,andH.Inoue(OsakaPrefectureUniversity)

• 1447 FePc/CandCoPc/CCatalystsfortheOxygenReductionReactionasCathodeCatalystsforAlkalineDirectMethanolFuelCell–J.Jang(UniversityofScienceandTechnology),S.Kim,S.Lim,D.Peck,andD.Jung(KoreaInstituteofEnergyResearch)

• 1448 NewManganeseOxide-basedCathodeCatalystsforAnion-ExchangeMembraneFuelCells–T.Kenko,M.Hagiwara,T.Takakuwa,M.Saito,H.Daimon,A.Tasaka,M.Inaba(DoshishaUniversity),Y.Kadoma,N.Kumagai(IwateUniversity),H.Shiroishi(TokyoNationalCollegeofTechnology),T.Hatai,andJ.Kuwano(TokyoUniversityofScience)

• 1449 EnhancedElectrocatalyticPerformanceforMethanolOxidationviaInsertionofRutheniumOxideParticlesintoPtandPolyaniline-Poly(AcrylicAcid-co-MaleicAcid)CompositeElectrode–C.Kuo(NationalKaohsiungUniversityofAppliedSciences),Z.Kuo(DepartmentofChemicalandMaterialsEngineering,NationalKaohsiungUniversityofAppliedSciences,Kaohsiung80778,Taiwan,ROC),T.Wu(NationalYunlinUniversityofScienceandTechnology),J.Chen,andW.Li(DepartmentofChemicalandMaterialsEngineering,NationalKaohsiungUniversityofAppliedSciences,Kaohsiung80778,Taiwan,ROC)

• 1450 MethanolOxidationPerformanceofElectrocatalystsPreparedbythePolygonalBarrel-SputteringMethod–M.Inoue,C.Hiromi,K.Hirakawa,andT.Abe(UniversityofToyama)

• 1451 QuantitativeAnalysisofCO2Generationdur-ingEthanolElectrooxidationonPt-Sn/CandPt-SnO2/C–S.Kaneda,K.Matsuzawa,andS.Mitsushima(YokohamaNationalUniversity)

• 1452 TheDistributionofProductsofEthanolElectrooxidationonCarbon-SupportedNobleMetalsCatalystsinDirectEthanolFuelCell–J.SewerynandA.Lewera(UniversityofWarsaw)

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• 1453 TheGraphene-SupportedPalladiumandPalladium-yttriumNanoparticlesfortheEthanolOxidationReactions:ExperimentalandTheoreticalModeling–M.Seo(DaeguGyeongbukInstituteofScienceandTechnology(DGIST)),S.Choi(GwangjuInstituteofScienceandTechnology(GIST)),J.Seo,S.Noh(DaeguGyeongbukInstituteofScienceandTechnology(DGIST)),W.Kim(GwangjuInstituteofScienceandTechnology(GIST)),andB.Han(DaeguGyeongbukInstituteofScienceandTechnology(DGIST))

• 1454 StudiesoftheCatalyticActivityofUnsupportedPt-BasedAnodesModifiedwithCeO2fortheElectro-OxidationofEthyleneGlycolinAcidElectrolyte–A.ChávezVillanueva,A.Ramírez(UniversidaddelaCiénegadeMichoacándeOcampo),G.VargasGutiérrez,andF.RodríguezVarela(CinvestavUnidadSaltillo)

• 1455 InvestigationofElectrocatalyticActivityoftheNanostructuredAu-CuCatalystDepositedontheTitaniumSurfacetowardsBorohydrideOxidation–L.Tamašauskaitė-Tamašiūnaitė,A.Balčiūnaitė,A.Vaiciukevičienė,I.Stankevičienė,A.Selskis,andE.Norkus(InstituteofChemistry,CenterforPhysicalSciencesandTechnology)

• 1456 CatalyticActivityofPt/MWCNTfortheElectro-OxidationofEthyleneGlycolinAlkalineMedia–Y.Verde-Gomez,B.Escobar(InstitutoTecnologicodeCancun),A.ChávezVillanueva(UniversidaddelaCiénegadeMichoacándeOcampo),andF.RodríguezVarela(CinvestavUnidadSaltillo)

• 1457 ChemisorptionStudiesofDissolvedPtSpeciesonRuO2nanosheet–L.K.Sannegowda,C.Chauvin,andW.Sugimoto(ShinshuUniversity)

• 1458 Electro-OxidationofBorohydridebyRhPorphyrins–S.Yamazaki,H.Senoh,N.Fujiwara,M.Yao,Z.Siroma,K.Yasuda,andT.Ioroi(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 1459 EnhancedPerformanceofMEAsUsingNon-PlatinumCatalystforDirectAlcoholAlkalineFuelCell–T.Mizukami,S.Suzuki,J.Kawaji,O.Taigo,andK.Yamaga(Hitachi,Ltd.)

• 1460 FabricationandElectrochemicalPropertiesofElectro-SpunRuO2-CarbonNanofibersSupportedPtNanoparticles–G.AnandH.Ahn(SeoulNationalUniversityofScienceandTechnology)

• 1461 SynthesisandCharacterizationofCross-LinkedPolyethyleneimineBasedMembranesforAlkaliAnionExchangeFuelCells–A.M.Maes,M.Vandiver,A.Krosovski,J.L.Horan,andA.Herring(ColoradoSchoolofMines)

• 1462 AlkalineMembraneFuelCellswithSeveralAlternativeFuels–K.Fukuta,T.Negishi,Y.Kikkawa,K.Oda,S.Watanabe,andH.Yanagi(TokuyamaCorp.)

• 1463 SynthesisandCharacterizationofPerfluoroQuaternaryAmmoniumIonExchangeMembranesforFuelCellApplications–M.A.Vandiver,M.Liberatore,andA.Herring(ColoradoSchoolofMines)

• 1464 TransportpropertiesofPlasmaPolymerizedAnionExchangeMembraneforDirectMethanolAlkalineFuelCells–T.Kurozumi,Y.Okajima,H.Nagai,andM.Sudoh(ShizuokaUniversity)

• 1465 InvestigationofMechanicalPropertiesofAlkalineExchangesMembranesforFuelCellApplications–B.R.Caire,M.A.Vandiver,S.Lustgraaf,A.Herring,andM.Liberatore(ColoradoSchoolofMines)

• 1466 PreparationandCharacterizationofAnionicBinderBasedElectrodesforAnion-ExchangeableMembraneFuelCells–M.Shin,Y.Byun,J.Park,M.Kang(SangmyungUniversity),andY.Kim(ChungbukNationalUniversity)

• 1467 13CPGSTENMRDiffusionandConductivityMeasurementsonTetraalkylAmmoniumCations–H.N.SarodeandA.Herring(ColoradoSchoolofMines)

• 1468 ChemicalDegradationMechanismofMembranesforAlkalineMembraneFuelCells–Y.Choe(NationalInstituteofAdvancedIndustrialScience&Technology),N.J.Henson,andY.Kim(LosAlamosNationalLaboratory)

• 1469 NovelNanostructuredHigh-PerformanceAnionExchangeIonomersforAnionExchangeMembraneFuelCells–J.Zhou,L.Sun,J.Guo(IUPUI),D.Chu(U.S.ArmyResearchLaboratory),andR.Chen(IUPUI)

• 1470 Radio-ChemicallyPore-FilledAnionExchangeMembranesforSolidAlkalineFuelCells(SAFC)–T.Sherazi(COMSATSInstituteofInformationTechnology),D.Hwang(HanyangUniversity),J.Sohn(KoreaAtomicEnergyResearchInstitute),M.Guiver(NationalResearchCouncilCanada),andY.Lee(HanyangUniversity)

• 1471 IonicConductivityof[dema][TfO]/SolidAcid-BaseCompositeMembrane–A.Fujisawa,K.Matsuzawa,andS.Mitsushima(YokohamaNationalUniversity)

• 1472 AProtonConductiveSilicate-NanoencapsulatedPolyimideNonwovenasaNovelPorousSubstrateforaReinforcedSulfonatedPoly(AryleneEtherSulfone)CompositeMembrane–J.Seol,J.Won(KangwonNationalUniversity),M.Lee(KolonCentralResearchPark),Y.Hong(KoreaResearchInstituteofChemicalTechnology),andS.Lee(KangwonNationalUniversity)

• 1473 RelationshipBetweenMorphologyandProtonConductivityofAromaticDiblockCopolymerElectrolytes–T.Oshima,K.Umezawa,M.Yoshizawa-Fujita(SophiaUniversity),A.Ohira(AIST),Y.Takeoka,andM.Rikukawa(SophiaUniversity)

• 1474 SynthesisofHydrocarbonIonomerMaterialsandEvaluationsofMEA–S.Miura,T.Oshima,K.Umezawa,M.Yoshizawa-Fujita(SophiaUniversity),A.Ohira(AIST),Y.Takeoka,andM.Rikukawa(SophiaUniversity)

• 1475 Nano-CompositeIon-ConductingPolymerElectrolytes(ICPEs)forFuelCellApplication–H.Zarrin,M.Fowler,A.Yu,andZ.Chen(UniversityofWaterloo)

• 1476 PolyvinylAlcoholBasedNanocompositeMembranesContainingAluminumHydroxideGel–O.I.Radionova,I.Y.Prokhorov,andG.Y.Akimov(DonPTINASUkraine)

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• 1477 RadiolyticPreparationandCharacterizationofSilane-CrosslinkedETFE-g-PSSA/PTMSPMMembraneforProtonExchangeMembraneFuelCell–J.Sohn,J.Song,Y.Nho,andJ.Shin(KoreaAtomicEnergyResearchInstitute)

• 1478 Cross-LinkedPoly(AryleneEtherKetone)MembranesContainingPendantSulfonicAcidGroupsforFuelCellApplications–H.DangandD.Kim(SungkyunkwanUniversity)

• 1479 ElectronBeam-InducedCrosslinkedSPEEKMembraneforPEMFC–J.Song(KoreaAtomicEnergyResearchInstitute),D.Shin(HanyangUniversity),J.Sohn,Y.Nho(KoreaAtomicEnergyResearchInstitute),Y.Lee(HanyangUniversity),andJ.Shin(KoreaAtomicEnergyResearchInstitute)

• 1480 TheCompatibilityoftheCompositeMembraneBasedonSulfonatedPoly(EtherEtherKetone)(sPEEK)/Poly(Vinylidenefluoride)(PVdF)/UrethaneAcrylateNon-Ionomer(UAN)foraUnitizedRegenerativeFuelCell(URFC)–H.Jung(KangwonNationalUniversity)andJ.Choi(KyungilUniversity)

• 1481 CatalystCoatedPBIMembraneHighTemperatureAssemblies–N.Sephane,A.Kreisz,N.Donzel,J.Bernardd’Arbigny,D.J.Jones,andJ.Rozière(UniversityMontpellier2)

• 1482 MicroelectrodeAnalysisofOxygenPermeationthroughNafion®ThinFilms–A.Oda,H.Okada,H.Daimon,A.Tasaka,andM.Inaba(DoshishaUniversity)

• 1483 WaterUptakeandTransportinNafion®–G.Hwang,D.Parkinson,A.Kusoglu,A.MacDowell,andA.Weber(LawrenceBerkeleyNationalLaboratory)

• 1484 TheoreticalStudyontheDegradationMechanismofPolymerElectrolyteMembrane–H.MotegiandM.Yoneda(MizuhoInformationandResearchInstitute,Inc.)

• 1485 MembraneScienceforLiquidOrganicFuelCells–K.T.Clark(LawrenceBerkeleyNationalLaboratory),L.Krishnan(GEGlobalResearch),G.W.Yeager(GeneralElectric),andJ.Kerr(LawrenceBerekeleyNationalLaboratory)


Carbon Dioxide Conversion in Liquid – 08:00 – 09:50Co-Cairs: Xiao-Dong Zhou and A. Manivannan

08:00 1729 TheElectrocatalyticConversionofCO2toFuelsandChemicals–T.F.Jaramillo,K.P.Kuhl,E.R.Cave,andD.N.Abram(StanfordUniversity)

08:30 1730 Graphene-SupportedCopperCatalystsforElectrochemicalReductionofCarbonDioxide–S.HuangandP.Fedkiw(NorthCarolinaStateUniversity)

08:50 1731 RoomTemperatureElectrochemicalConversionofCO2toFuels–X.Zhou,J.Wu,andF.Risalvato(UniversityofSouthCarolina)

09:10 1732 PhotoreductionofCO2overMorphologyControlledTiO2orNanocompositeSystemofg-C3N4andWO3–T.OhnoandN.Murakami(KyushuInstituteofTechnology)

09:30 1733 PhotoelectrochemicalEnzymeBiofuelCellwiththeFunctionofCO2ConversiontoFormicAcid–Y.Amao(OitaUniversityDannoharu),Y.Sakai(OitaUniversity),andN.Shuto(OitaUnversity)

New Materials for Solar Energy and Fuels – 10:00 – 12:20Co-Chairs: Gregory Jackson and Ravi Subramanian

10:00 1734 UpconversionNanocrystals:ANewClassofEnergyMaterials–X.Liu(NationalUniversityofSingapore)

10:30 1735 PhotoelectrochemicalWaterSplittingUsingElectrodesPreparedbyParticleTransferMethod–T.Minegishi,N.Nishimura,J.Kubota,andK.Domen(TheUniversityofTokyo)

11:00 1736 GraphiteOxideModifiedbyAmmoniaasPhotocatalystforWaterOxidationunderVisibleLightIllumination–T.YehandH.Teng(NationalChengKungUniversity)

11:20 1737 HydrogenProductionPromotedbyVisbleLight-ResponsiveMOF(Metal-OrganicFramework)Photocatalyst–T.Toyao,M.Saito,Y.Horiuchi(OsakaPrefectureUniversity),K.Mochizuki,M.Iwata,H.Higashimura(Sumitomo-ChemicalCo.,Ltd.),andM.Matsuoka(OsakaPrefectureUniversity)

11:40 1738 ElectrospunCeria-BasedFibersforRenewableFuelProductionfromConcentratedSunlight–W.T.GibbonsandG.S.Jackson(UniversityofMaryland)

12:00 1739 RoleofElectrocatalystsinPhotoelectrochemicalWaterOxidationofOxideSemiconductorElectrodes–S.Choi,T.Jeon,U.Kang,H.Jeong,andH.Park(KyungpookNationalUniversity)

Photoelectrochemical Cells – 14:00 – 15:40Co-Chairs: Heli Wang and Teruhisa Ohno

14:00 1740 FabricationofEfficientNanostructuredPhotoelectrodesforPhotoelectrochemicalHydrogenProductionfromWater–J.Lee(PohangUniversityofScience&Technology)

14:30 1741 PerformanceandLimitsof2.2eVCopperTungstate(CuWO4)MineralforPhotoelectrochemicalHydrogenProduction–N.M.Gaillard(UniversityofHawaiiatManoa)

15:00 1742 PerformanceLimitingFactorsinCo-PiCatalyzed,Spray-DepositedBiVO4Photoanodes–F.F.Abdi,N.Firet,andR.VandeKrol(DelftUniversityofTechnology)

15:20 1743 Photoelectrolysisonp-GaInP2;ExtendedDurabilitybyNitrogenIonImplantation–T.G.Deutsch,A.Welch(NationalRenewableEnergyLaboratory),M.Bär,L.Weinhardt,M.G.Weir,K.E.George,C.Heske(UniversityofNevada),andJ.A.Turner(NationalRenewableEnergyLaboratory)

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Photoelectrochemical Cells – 16:00 – 18:00Co-Chairs: Heli Wang and Jae-Joon Lee

16:00 1744 DevelopmentofNanostructuredPhotocatalystsforHydrogenGenerationbyWaterSplittingunderVisibleLight–Y.Wang,J.Hong,S.Goh,andR.Xu(NanyangTechnologicalUniversity)

16:30 1745 Co-AlloyingApproachforBandgapEngineeringofMetalOxidesforImprovedPhotoelectrochemicalWaterSplitting–Y.Yan(TheUniversityofToledo)

17:00 1746 CorrosionProtectionofp-GaInP2forDurablePhotoelectrochemicalWaterSplitting–H.Wang,T.G.Deutsch,A.Welch,andJ.A.Turner(NationalRenewableEnergyLaboratory)

17:20 1747 PhotoelectrochemicalModelingofaMulti-JunctionArchitectureforArtificialPhotosynthesis–A.BergerandJ.Newman(UniversityofCalifornia,Berkeley)

17:40 1748 TowardaGeneralStrategyforChemicalStabilizationofNon-OxidePhotoanodesforWaterOxidation–N.C.StrandwitzandN.S.Lewis(CaliforniaInstituteofTechnology)


Ion Conducting Thin Film Electrolytes 2 – 08:00 – 10:00Co-Chairs: Jennifer Rupp and Joshua Hertz

08:00 1890 EnhancedOxygenSurfaceExchangeKineticsinSurfaceModifiedYttriaStabilizedZirconiabyAtomicLayerDeposition–J.Park(LawrenceBerkeleyNationalLaboratory),C.Chao,X.Tian(StanfordUniversity),J.Shim(KoreaUniversity),andF.Prinz(StanfordUniversity)

08:20 1891 ThinFilmElectrolyteMembranesofYttria-StabilizedZirconiaPreparedbyAerosolAssistedChemicalVaporDeposition–M.V.Schlupp(ETHZurich),J.Courbat,D.Briand,N.DeRooij(EPFLLausanne),M.Prestat,andL.Gauckler(ETHZurich)

08:40 1892 IonConductioninNanoscaleYttria-StabilizedZirconiaThinFilmsFabricatedbyAtomicLayerDeposition–K.Son,M.Bae,K.Bae,J.Ha,andJ.Shim(KoreaUniversity)

09:00 1893 AtomicResolutionImagingofOxygenColumnsinOxideIonConductorUsingHRTEM–J.An,A.Koh(stanfordUniversity),J.Park(DepartmentofMechanicalEngineering,440EscondidoMallBldg530-226,Stanford,CA94305,USA),H.Jung,T.M.Gür,andF.B.Prinz(StanfordUniversity)

09:20 1894 DetectingLi-IonCurrentsontheNanoscalethroughaThinFilmBattery–N.Balke,S.Jesse,A.Tselev,N.J.Dudney,andS.Kalinin(OakRidgeNationalLaboratory)


Ion Conducting Thin Film Multilayers and Devices – 10:00 – 12:00Co-Chairs: Noriko Sata and Michel Prestat

10:00 1895 LateralOxygenTracerDiffusioninaMultilayeredSDC/PNCGFilmDisplayingEnhancedElectricalConductivity–S.N.Cook(ImperialCollegeLondon),J.Druce(InternationalInstituteforCarbonNeutralResearch),T.Ishihara(KyushuUniversity),andJ.A.Kilner(ImperialCollegeLondon)

10:20 1896 AnalysisofLateralDiffusionofOxideIonsalongYSZ-MgO(100)Interface–K.Bae(KoreaUniversity),J.Park(DepartmentofMechanicalEngineering,440EscondidoMallBldg530-226,Stanford,CA94305,USA),F.B.Prinz(StanfordUniversity),J.Son,andJ.Shim(KoreaUniversity)

10:40 1897 ElectrochemicalPerformanceofFree-standingMicro-SolidOxideFuelCellMembranesusingDe-alloyedPt-Y-AlElectrodes–R.Tölke,M.Prestat,H.Galinski,J.Martynczuk,andL.Gauckler(ETHZurich)

11:00 1898 ThinPulsedLaserDepositedBilayerElectrolytesinAnode-SupportedSOFCs–J.S.Hardy(PacificNorthwestNationalLaboratory),Z.Lu(PraxairInc.),J.W.Templeton,andJ.W.Stevenson(PacificNorthwestNationalLaboratory)

11:20 1899 MorphologicalandCompositionalChangesonYSZ/GDCBi-layeredSOFCElectrolytesinVariousTemperatureandReducingEnvironments–Y.Jee(SeoulNationalUniversity),J.An(StanfordUniversity),J.Choi,T.Park,G.Cho(SeoulNationalUniversity),M.Lee(UniversityofCalifornia,Merced),F.B.Prinz(StanfordUniversity),andS.Cha(SeoulNationalUniversity)

11:40 1900 CationInterdiffusionModelforEnhancedOxygenKineticsatOxideHeterostructureInterfaces–M.Gadre(UniversityofWisconsin-Madison),Y.Lee(MassachusettsInstituteofTechnology),andD.Morgan(UniversityofWisconsin-Madison)

Ion Conducting Thin Film Electrodes – 14:00 – 16:40Co-Chairs: Daniele Pergolesi and Bilge Yildiz

14:00 1901 NanostructuredLa0.6Sr0.4CoO3-δCathodesPreparedbySprayPyrolysisforThinFilmSOFC–M.Prestat,Z.Yáng,O.Pecho(ETHZurich),L.Holzer(ZurichUniversityofAppliedSciences),J.Martynczuk,A.Evans,L.Gauckler(ETHZurich),T.Hocker(ZurichUniversityofAppliedSciences),J.Hwang(KoreaInstituteofScienceandTechnology),andJ.Son(KoreaUniversity)

14:20 1902 CationSegregationandElectrochemicalActivityofRuddlesdenPopperPhaseCobaltOxidesinOxygenReductionandOxygenEvolution–Z.Cai,Y.Chen,andB.Yildiz(MassachusettsInstituteofTechnology)

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14:40 1903 In SituAmbientPressureX-rayPhotoelectronSpectroscopyofEpitaxialStrontiumSubstitutedLanthanumCobaltOxidesNearOperatingConditionsUnderAppliedPotentials–E.J.Crumlin,E.Mutoro(MassachusettsInstituteofTechnology),Z.Liu(LawrenceBerkeleyNationalLaboratory),M.D.Biegalski(OakRidgeNationalLaboratory),W.T.Hong(MassachusettsInstituteofTechnology),H.M.Christen(OakRidgeNationalLaboratory),H.Bluhm(LawrenceBerkeleyNationalLaboratory),andY.Shao-Horn(MassachusettsInstituteofTechnology)

15:00 1904 HardX-raySurfaceCompositionandElectronicStructureMeasurementsofHeteroepitaxialSolidOxideFuelCellCathodeMaterial–J.N.Davis(BostonUniversity),L.Saraf,T.Kaspar(PNNL),S.Gopalan,U.B.Pal(BostonUniversity),J.Woicik(NationalInstituteofStandardsandTechnology),S.Basu,andK.F.Ludwig(BostonUniversity)

15:20 1905 SprayPyrolysisDepositionandElectrochemistryofLa0.5Sr0.5Mn0.5Co0.5O3-δThinFilmAnodesforSolidOxideFuelCells–Z.Yáng,S.Bisig,M.Prestat,andL.Gauckler(ETHZurich)

15:40 1906 SynthesisandCharacterizationofRuthenium–Gadolinia-dopedCeriaCompositeThinFilmAnodeforDirectMethaneSOFCs–Y.Takagi(SONYCorporation)andS.Ramanathan(HarvardUniversity)

16:00 1907 NanostructuredVanadiumOxideAnodesforThinFilmSolid-OxideFuelCells–Q.VanOvermeereandS.Ramanathan(HarvardUniversity)


Modeling and Devices – 16:40 – 18:20Co-Chairs: Dane Morgan and Keith Duncan

16:40 1908 AtomisticInvestigationofOxygenVacancyInducedVolumeChangesinCeO2GrainBoundaries–S.KimandV.B.Shenoy(BrownUniversity)

17:00 1909 ObtainingMixedIonic/ElectronicConductivityinPerovskiteOxidesatAnodicSolidOxideFuelCellConditions:AComputationalApproach–S.Suthirakun,S.C.Ammal,andA.Heyden(UniversityofSouthCarolina)

17:20 1910 ElectrochromicFilmsProducedbyUltrasonicSprayDepositionofMesoporousTungstenOxide–C.Li,F.Lin,R.M.Richards(ColoradoSchoolofMines),R.Tenent,A.Dillon(NationalRenewableEnergyLaboratory),andC.Wolden(ColoradoSchoolofMines)

17:40 1911 DevelopmentofSafeAllInorganicLi-IonBatteries–L.Castro(CEMES/CNRS),G.Jouan(LRCS/CNRS),A.Kubanska(MADIREL/CNRS),V.Seznec(LRCS/CNRS),L.Tortet(MADIREL/CNRS),M.Morcrette,V.Viallet(LRCS/CNRS),R.Bouchet(MADIREL/CNRS),andM.Dollé(CEMES/CNRS)

18:00 1912 StabilizationofNASICON-TypeLiZr2(PO4)3atRoomTemperature–L.Castro(CEMES/CNRS),A.Kubanska,L.Tortet,R.Bouchet(MADIREL/CNRS),andM.Dollé(CEMES/CNRS)

C2Bioengineering Based on ElectrochemistryOrganicandBiologicalElectrochemistry/Sensor324, Level 3, Hawaii Convention Center

Co-Chairs: K. Sode, M. Meyerhoff, K. Kerman, I. Hsing, I. Kubo, and E. Tamiya

08:00 2011 RecentR&DonDisposableElectrochemicalBiosensors–H.Nam,G.Cha(KwangwoonUniversity),M.Kim,M.Lee,andS.Chung(i-sens,inc.)

08:40 2012 FloatedElectrochemicalCellforOn-LineElectrosprayMassSpectrometryforDetectionofBiologicalRadicalReactions–D.Looi,I.Iftikhar(UniversityofFlorida),G.Garbellini(SãoPauloStateUniversity),andA.Brajter-Toth(UniversityofFlorida)

09:00 2013 HighEfficientGlucoseOxidationbyOrderedMolecularAssemblyinsideCarbonNanotubeForests–S.Yoshino,T.Miyake,H.Kaji(TohokuUniversity),T.Yamada,K.Hata(NationalInstituteofAdvancedIndustrialScienceandTechnology),andM.Nishizawa(TohokuUniversity)

09:20 2014 EvaluationofElectrochemicalDisinfectionofFelineCalicivirusinAqueousConditions–N.Shionoiri,T.Tanaka(TokyoUniversityofAgricultureandTechnology),T.Sato,Y.Fujimori,T.Nagao,T.Nakayama(NBCMeshtecinc.),andT.Matsunaga(TokyoUniversityofAgricultureandTechnology)



10:00 2015 Electrochemistry-BasedandSignal-AmplifiedSensingStrategiesforDNA-BasedPoint-of-CareBiosensors–I.Hsing(TheHongKongUniversityofScienceandTechnology)

10:40 2016 ElectrochemicalandPhysicalAssessmentonElectrodeCoatingMaterialsforNeuromodulationApplication–A.Shi,B.Li,P.Cong,andD.Seeley(MedtronicNeuromodulation)

11:00 2017 MechanicalForce-BasedProbingofCytoskeletalProteinsinLivingCellsUsingAntibody-ImmobilizedNanoneedles–C.Nakamura(TokyoUniversityofAgricultureandTechnology),Y.R.Silberberg,R.Kawamura(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Mieda(TokyoUniversityofAgricultureandTechnology),Y.Amemiya(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Kihara(OsakaUniversity),K.Fukazawa,K.Ishihara(TheUniversityofTokyo),N.Nakamura(TokyoUniversityofAgricultureandTechnology),andJ.Miyake(OsakaUniversity)

11:20 2018 ASpatioandTemporalGaseousEthanolVisualizationSystemforReal-TimeAnalysisfromHumanBreathandBody–T.Arakawa,X.Wang(TokyoMedicalandDentalUniverisity),T.Kajiro(TokyoUniversityofTechnology),K.Miyajima,H.Kudo(TokyoMedicalandDentalUniverisity),K.Yano(TokyoUniversityofTechnology),andK.Mitsubayashi(TokyoMedicalandDentalUniverisity)

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11:40 2019 DevelopmentofHuman-EnvironmentInterfacebySensingandMultivariateAnalysisofBio-Ecosystem–M.Koshiba,G.Karino,A.Seno,Y.Shirakawa,K.Mimura,T.Sagawa,W.Tsugawa,K.Sode,andS.Nakamura(TokyoUniversityofAgricultureandTechnology)


14:00 2020 ElectrochemicalImpedanceSpectroscopyonNanomaterial-ModifiedSurfaces–A.J.Veloso,X.Chen,V.Hung,N.Li,andK.Kerman(UniversityofToronto)

14:40 2021 SecondGenerationContinuousGlucoseSensingSystemEmployingDirectElectronTransferPrinciple–W.Tsugawa(TokyoUniversityofAgricultureandTechnology),K.Kojima(UltizymeInternationalLtd.),andK.Sode(TokyoUniversityofAgricultureandTechnology)

15:00 2022 EngineeringFungiDerivedFADGlucoseDehydrogenaseandItsApplicationforGlucoseSensorStripEmployingScreenPrintedCarbonElectrode–Y.Onishi,M.Nakajima,W.Tsugawa(TokyoUniversityofAgricultureandTechnology),K.Mori,K.Kojima(UltizymeInternationalLtd.),andK.Sode(TokyoUniversityofAgricultureandTechnology)

15:20 2023 ProfileofIgEandIgG4BindingEpitopesinCow’sMilkAllergensUsingPeptideArray–M.Okochi(NagoyaUniversity),Y.Yoshida,andH.Honda(NogoyaUniversity)

15:40 2024 Fiber-OpticFluoroimmunoassaySystemforOn-SiteDeterminationoftheIndoorAllergen–K.Miyajima(TokyoMedicalandDentalUniverisity),K.Tamari,E.Kiyomiya(BunkyoGakuinUniversity),M.Hayashi,T.Arakawa,H.Kudo(TokyoMedicalandDentalUniverisity),K.Shiba(BunkyoGakuinUniversity),andK.Mitsubayashi(TokyoMedicalandDentalUniverisity)

16:00 Intermission(20Minutes)16:20 2025 Self-AssembledSyntheticProteinScaffolds:

BiosynthesisandApplications–W.W.SuandZ.Han(UniversityofHawaii,Manoa)

17:00 2026 UseofHighSurfaceAreaElectrodesforSafeDeliveryofDirectCurrentforNerveConductionBlock–T.Vrabec,J.Wainright,N.Bhadra,N.Bhadra,andK.Kilgore(CaseWesternReserveUniversity)

17:20 2027 ElectrochemicalApproachtoFabricateStackedThickCellSheets–N.Mochiuzki,H.Suzuki,andJ.Fukuda(UniversityofTsukuba)

17:40 2028 ElectricalBioassaySystemUsingaHydrogel-SupportedSkeletalMuscleCells–K.Nagamine,H.Kaji,M.Kanzaki,andM.Nishizawa(TohokuUniversity)


C2 – Poster Session – 18:00 – 20:00Co-Chairs: K. Sode, M. Meyerhoff, K. Kerman, I. Hsing, I. Kubo, and E. Tamiya

• 2029 FabricationofSemi-InvasiveMicro-NeedleArrayUsingGradationExposure–M.Yamaguchi,Y.Sasaki,Y.Kimura,andM.Sasaki(IwateUniversity)

• 2030 HigherCatalyticActivitybyFluctuationeffectofCapturedEnzymeMoleculesinDesignedSelf-OrganizedMembraneonanElectrodeSurface–Y.Takatsuji,R.Yamasaki,A.Iwanaga(KyushuInstituteofTechnology),M.Lienemann,M.Linder(VTTBiotechnology),andT.Haruyama(KyushuInstituteofTechnology)

• 2031 Nano-StructuredProteinLayeronanElectrodeSurfaceTakingAdvantageofSelf-OrganizedHFBIandItsElectrochemicalProperty–R.Yamasaki,Y.Takatsuji,A.Iwanaga(KyushuInstituteofTechnology),M.Lienemann,M.Linder(VTTBiotechnology),andT.Haruyama(KyushuInstituteofTechnology)

• 2032 AnalysisofCellExfoliationSpecificallyObservedduringtheFormationofSpermine-InducedMultilayerMuscleFiberSheet–A.Ishida,N.Abe,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

• 2033 QuantitativeAnalysisofCellDeathObservedduringtheFormationofSpermine-InducedMultilayerMuscleFiberSheet–N.Abe,A.Ishida,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

• 2034 InVivoDeliveryofRNAiReagentsintoaMouse–M.Kaburagi,Y.Kakutani,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

• 2035 SurfaceModificationofTitaniumDioxideNanoparticleswithGoldNanoparticlesforBioFuelCellApplication–H.Park(KoreaInstituteofScienceandTechnology),S.Pyo,D.Lee,S.Kim,andH.Park(Chung-AngUniversity)

• 2036 OptimizingFunctionalizedCarbonNanotubeMatrixforEnhancingDirectEthanolFuelCellPerformance–L.Q.Hoa,H.Yoshikawa,M.Saito,andE.Tamiya(OsakaUniversity)

• 2037 EvaluationofActivityofRNAiAgainstDiabetesRelatedGenesinMIN6Cells–Y.Kakutani(TokyoUniversityA&T),M.Kaburagi,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

• 2038 ElectrochemicalDetectionofCellMembraneProteinsusingScanningElectrochemicalMicroscopy–Y.Matsumae,Y.Takahashi,K.Ino,H.Shiku,andT.Matsue(TohokuUniversity)

• 2039 ElectrochemicalMonitoringofLoop-MediatedIsothermalAmplificationforInfluenzaVirusDetection–K.Yamanaka,M.Saito(OsakaUniversity),N.Nagatani(OkayamaUniversityofScience),K.Ikuta,andE.Tamiya(OsakaUniversity)

• 2040 Cell-BasedAssayUsingCellsAdjustedataSpecificStageduringDifferentiationtoβ-Cells–N.Hanata,H.Matsuoka,andM.Saito(TokyoUniversityofAgricultureandTechnology)

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• 2041 DevelopmentofHigh-ThroughputToxicityAssaySystemIntegratedwithaChemicalGradientGenerator–Y.Sugamura(TokyoUniversittyofAgricultureandTechnology),M.Hosokawa,A.Arakaki,T.Tanaka,andT.Matsunaga(TokyoUniversityofAgricultureandTechnology)

• 2042 DetectionofE. coliUsingElectrochemicalandImmunochromatographicAssayforAmplifiedGenebyPCR–Y.Ogido(OkayamaUniversityofScience),H.Ushijima(BiodevaicetechnologyLtd.),K.Yamanaka,M.Saito,E.Tamiya(OsakaUniversity),S.Katayama,T.Miyahara,andN.Nagatani(OkayamaUniversityofScience)

• 2043 SuppressionofanOct3/4TranscriptionActivityinESCellsbyDecoyDNAFemtoinjection–S.Oura(TokyoUniversityofAgricultureandTechnology),H.Funabashi(HiroshimaUniversity),M.Saito,andH.Matsuoka(TokyoUniversityofAgricultureandTechnology)

• 2044 ProductionofaDifferentiationRegulatingProteintoBeFemtoinjectedintoESSingle-Cells–T.Tanaka(TokyoUniversityofAgricultureandTechnology),H.Funabashi(HiroshimaUniversity),M.Saito,andH.Matsuoka(TokyoUniversityofAgricultureandTechnology)

• 2045 PEDOTMicroelectrodesAnchoredtoHydrogelforEfficientCellularElectricalStimulation–D.Takahashi,M.Sasaki,R.Suzuki,K.Nagamine,T.Miyake,H.Kaji,andM.Nishizawa(TohokuUniversity)

• 2046 DevelopmentofaPatch-TypeGelSheetSensorforDetectionofExtracellularMetabolites–S.Otani,S.Ito,K.Nagamine,H.Kaji,andM.Nishizawa(TohokuUniversity)

• 2047 DynamicPropertiesofFluorescentReporterProteinsFemtoinjectedintoESSingle-Cells–S.Hisatomi(TokyoUniversityofAgricultureandTrchnology),H.Funabashi(HiroshimaUniversity),M.Saito,andH.Matsuoka(TokyoUniversityofAgricultureandTechnology)

• 2048 DevelopmentofCellAnalysisMethodbyUsingCMOSSensorforHigh-ThroughputBloodCellProfiling–T.Saeki,M.Hosokawa(TokyoUniversityofAgricultureandTechnology),T.Lim,K.Tomita,M.Harada(MalcomCo.,Ltd.),T.Yoshino,T.Tanaka,andT.Matsunaga(TokyoUniversityofAgricultureandTechnology)

• 2049 FlexibleBiofuelCellUsingEnzyme-ModifiedNanoengineeredCarbonFabric–T.Yamada,S.Yoshino,T.Ofuji,T.Miyake,H.Kaji,andM.Nishizawa(TohokuUniversity)

• 2050 EvaluatingtheInsertionEfficienciesofSiliconNanoneedlesintoLivingSingleCells–S.Ryu(TokyoUniversityofAgricultureandTechnology),R.Kawamura(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Kitagawa,N.Nakamura,andC.Nakamura(TokyoUniversityofAgricultureandTechnology)

• 2051 DevelopmentofaMethodtoModifyNanoneedleArrayswithMolecularProbesfortheAnalysisofLivingCells–M.Shimooku(TokyoUniversityofAgricutureandTechnology),S.RamachandraRao,R.Kawamura(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Ishihara,K.Fukazawa(TheUniversityofTokyo),andC.Nakamura(TokyoUniversityofAgricultureandTechnology)

• 2052 FeasibilityStudyofDual-FRETMolecularBeaconfortheDynamicAnalysisofOct3/4mRNAinESCells–H.Koike(TokyoUniversityofAgricultureandTechnology),H.Funabashi(HiroshimaUniversity),M.Saito,andH.Matsuoka(TokyoUniversityofAgricultureandTechnology)

• 2053 EffectofParticleSizeontheElectrochemicalResponsesofCytcochromec andPyrroloquinolineQuinoneImmobilisedonGoldNanoparticle-ModifiedElectrodes–M.Suzuki,K.Murata,N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 2054 HydrophilicityandOsteoconductivityofTiAnodizedinVariousAqueousSolutions–D.Yamamoto,K.Kuroda,R.Ichino,andM.Okido(NagoyaUniversity)

• 2055 EffectofaCarbohydrate-BindingDomainonElectronTransferbetweenProteinsandCarbonElectrodes–H.Shimofusa,M.Inukai,M.Yoshida(TokyoUniversityofAgricultureandTechnology),K.Igaraqshi,M.Samejima(TheUniversityofTokyo),N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 2056 ComparisonofQuantitativeImagingAnalysisandElectrochemicalSensingfortheBeatingsofCardiomyocyteDerivedfromMouseEmbryonicStemCells–Y.Yamaguchi,E.Shimizu,T.Ikeuchi,A.Hashimoto,M.Saito,andE.Tamiya(OsakaUniversity)

• 2057 TurningGlucoseOxidaseintoEssentiallyDehydrogenase–Y.Horaguchi,S.Saito,S.Ferri(TokyoUniversityofAgricultureandTechnology),K.Mori,K.Kojima(UltizymeInternationalLtd.),W.Tsugawa,andK.Sode(TokyoUniversityofAgricultureandTechnology)

• 2058 EnhancementofWettabilityonTitaniumSubstratesbyFemtosecondLaserMicron/NanoMachining–K.Fung,Y.Su,C.Liu,C.Ni(NationalChengKungUniversity),C.Lin,P.Wu,andC.Cheng(IndustrialTechnologyResearchInstitute)

• 2059 CorrelationbetweenSpectroscopeAbsorbanceandBiofilmtoAnodeMicrobialFuelCell–R.J.Marassi,J.M.Santos,C.E.Teodoro,F.S.Santos,andG.C.Silva(UniversidadeFederalFluminense)

• 2060 AssessmentofCellBehaviorsonTiO2NanotubeArraysbyUsingAtomicForceMicroscopy,RamanSpectroscopy,FluorescenceMicroscopy–R.Li,Q.Li,L.Xiao,S.Williams,E.Suasnavas,C.Isom,D.Larson,L.Rickords,andA.Zhou(UtahStateUniversity)

• 2061 SucarcaneWasteasSubstrateforMicrobialFuelCell–J.M.Santos,R.J.Marassi,C.E.Teodoro,F.S.Santos,andG.C.Silva(UniversidadeFederalFluminense)

• 2062 DevelopmentofaPOCTDiagnosticSystemforPeriodontalDiseaseUsingaPrintedElectrode–T.Uenoyama(DepartmentofAppliedPhysics,Graduateschoolofengineering,OsakaUniversity),K.Yamanaka,M.Saitou,Y.Yamaguchi,M.Wada,andE.Tamaiya(OsakaUniversity)

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• 2063 ImplantableNerveCuffElectrodeDepositedwithElectrospunNanofibertoControlDrugReleaseforLong-TermImplantation–S.Lee,S.Park,S.Lim,K.Hwang,andJ.Kang(KoreaInstituteofScienceandTechnology)

• 2064 AminoAcidSensingBasedon2D-SPRImaging–Y.HidaandH.Shinohara(UniversityofToyama)

• 2065 Non-FETElectrochemicalDNADetectionUsingMetal-Gap-Oxide-SiliconStructures–K.Kawai,Y.Doi,T.Furukawa,J.Uchikoshi,K.Arima,andM.Morita(OsakaUniversity)

C4New Synthetic and Mechanistic Approaches to Molecular Electroorganic ChemistryOrganicandBiologicalElectrochemistry306B, Level 3, Hawaii Convention Center

Co-Chairs: M. Atobe and H. Shimakoshi

10:00 2078 SynthesisofMultinuclearMetalladithiolenesandControlofTheirInternuclearElectronicCommunication–S.Tsukada,Y.Shibata,T.Kambe,R.Sakamoto,andH.Nishihara(TheUniversityofTokyo)

10:20 2079 RedoxActiveDendronizedPolymersEquippedwithPeripheralTriarylamines–T.Nokami,N.Musya,T.Morofuji,K.Takeda,andJ.Yoshida(KyotoUniversity)

10:40 2080 SynthesisofAlkaloidsSkeletonsUsingtheHyper-ValentIodobenzeneOxidant–D.Kajiyama,T.Saitoh,S.Yamaguchi,andS.Nishiyama(KeioUniversity)

11:00 2081 RapidAccesstothePyreneCoredDendrimersUsingDendriticDiarylcarbeniumIonPools–K.Takeda,T.Nokami,andJ.Yoshida(KyotoUniversity)

11:20 2082 PreparationofNanoemulsionUsingTandemAcousticEmulsificationandItsApplicationtoTemplatedElectropolymerization–K.Nakabayashi,T.Fuchigami,andM.Atobe(TokyoInstituteofTechnology)

11:40 2083 ElectrochemicalNickel-InducedFluoroalkylation–D.Y.Mikhaylov,Y.H.Budnikova,Y.B.Dudkina,T.V.Gryaznova,andO.G.Sinyashin(A.E.ArbuzovInstituteofOrganicandPhysicalChemistry)

Co-Chairs: H. Nishihara and B. Ohtani

14:00 2084 SynthesisandPropertiesofNitrogen-BridgedTerthiophenes–K.Mitsudo,S.Shimohara,andS.Suga(OkayamaUniversity)

14:20 2085 RegioselectiveCross-CouplingReactionofAzuleneandα,β-UnsaturatedKetonebyElectronTransferfromMagnesium–H.Maekawa,J.Honda(NagaokaUniversityofTechnology),andR.Akaba(GunmaCollegeofTechnology)

14:40 2086 PredictionofReductionPotentialsfromCalculatedElectronAffinitiesforMetal-SalenCompounds–J.A.Miranda,J.M.Yates,andB.F.Gherman(SacramentoStateUniversity)

15:00 2087 AnodicOxidationofCarbamatesinthePresenceofSolid-SupportedAcidsandItsApplicationtoCarbon-CarbonBondFormingReactions–T.Tajima,A.Takabayashi,andK.Yamazaki(ShibauraInstituteofTechnology)

15:20 2088 PairedElectrochemicalReactionofaPoly(Fluorenol)Derivative–H.Nagai,S.Inagi,andT.Fuchigami(TokyoInstituteofTechnology)


Co-Chairs: H. Maekawa and T. Nokami

16:00 2089 FabricationofGradientSurfaceUsingBipolarElectrochemistry–N.Shida,Y.Ishiguro,S.Inagi,andT.Fuchigami(TokyoInstituteofTechnology)

16:20 2090 SyntheticStudyofO-MethylthalibrineUsingAnodicOxidation–Y.Kawabata,Y.Naito,T.Saitoh,Y.Ishikawa,andS.Nishiyama(KeioUniversity)

16:40 2091 PreparationandReactionofTitaniaParticlesEncapsulatedinHollowSilicaShellsasanEfficientPhotocatalystforStereoselectiveSynthesisofPipecolinicAcid–S.ChandrenandB.Ohtani(HokkaidoUniversity)

17:00 2092 ElectrochemicalOxidationofPoly(p-phenylene-vinylene)DerivativesContainingTetraphenylethyleneUnits–S.Wakana,S.Inagi,T.Fuchigami,andI.Tomita(TokyoInstituteofTechnology)

17:20 2093 VoltammetryofNitrofluorenes:Simulation–I.U.Haque(LeidenUniversity)andA.Dar(UniversityofEngineeringandTechnologyLahore)


C4 – Poster Session – 18:00 – 20:00Co-Chair: A. J. Fry

• 2094 TheElectrochemicalOxidationofPyrogallol:FormationofLong-LivedOxygenRadicalsandApplicationtoAssesstheRadicalScavengingAbilitiesofAntioxidants–S.Mu(YangzhouUniversity)

D2Materials Degradation in Energy Systems: Corrosion and Hydrogen-Material InteractionsCorrosion/Battery/EnergyTechnologyKamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

D2 – Poster Session – 18:00 – 20:00Co-Chair: N. Missert

• 2144 First-PrinciplesMolecularDynamicsSimulationoftheChemicalDegradationofPolymerElectrolyteMembranes–A.Kobayashi,T.Ishikawa,Y.Higuchi,N.Ozawa,T.Shimazaki,andM.Kubo(TohokuUniversity)

• 2145 MolecularDynamicsStudyforSinteringCharactersticsofSolidOxideFuelCellAnode–K.Nakao,T.Ishimoto,andM.Koyama(KyushuUniversity)

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• 2146 DensityFunctionalTheoryStudyandModelDevelopmentonPtNano-Particles–G.Brunello,J.Choi,S.Jang(GeorgiaInstituteofTechnology),andD.B.Harvey(Queen’sUniversity)

• 2147 DensityFunctionalTheoryStudyofPtDissolutionatWater-PtInterface–J.Choi,G.Brunello,S.Jang(GeorgiaInstituteofTechnology),andD.B.Harvey(Queen’sUniversity)


Models – 08:00 – 09:45Co-Chairs: Takumi Haruna and Dave Williams

08:00 2199 PredictingtheSteadyStateThicknessofPassiveFilmswiththePointDefectModelinFrettingCorrosionExperiments–J.Geringer(ENSM-SE),M.L.Taylor,andD.D.Macdonald(ThePennsylvaniaStateUniversity)

08:15 2200 OptimizationofImpedanceModelswithDifferentialEvolution–M.L.Taylor,S.Sharifi,andD.D.Macdonald(ThePennsylvaniaStateUniversity)

08:30 2201 NeuralNetworkasaDataMiningToolforPredictionofCorrosionBehavior–M.(.KamrunnaharandM.Urquidi-Macdonald(ThePennsylvaniaStateUniversity)

08:45 2202 VacancyFormationandElectronicStructureonFeS2Surfaces–ModelSystemforIronSulfideCorrosionFilms–F.W.Herbert,A.Krishnamoorthy,K.J.VanVliet,andB.Yildiz(MassachusettsInstituteofTechnology)

09:00 2203 DeterministicPredictionofLocalizedCorrosionDamageinOilandGasPipelines–G.R.Engelhardt(OLISystems,Inc.),R.Wollam(BP),andD.D.Macdonald(ThePennsylvaniaStateUniversity)

09:15 2204 ApplicationoftheKramers-KronigRelationstoImpedanceSpectroscopy–M.E.Orazem(UniversityofFlorida)

09:30 2205 Microstructure-InfluencedNumericalModelingofPittingCorrosionin316StainlessSteel–N.Kota(ScienceApplicationsInternationalCorporation),S.Qidwai,andV.DeGiorgi(U.S.NavalResearchLaboratory)

Models – 10:00 – 12:00Co-Chairs: Jordi Abellà and Mike McKubre

10:00 2206 TheRoleofMnSInclusionsandPassiveFilmsintheInitiationofPittingCorrosionofStainlessSteels–N.Hara,Y.Sugawara,andI.Muto(TohokuUniversity)

10:30 2207 CPEBehaviorofOxideLayerImpedance–B.Tribollet,I.Frateur(CNRS),M.Musiani(IENICNR),M.E.Orazem(UniversityofFlorida),andV.Vivier(CNRS)

10:45 2208 ASpectroscopicandElectrochemicalInvestigationoftheStructureofNi(OH)2Materials–D.S.Hall(UniversityofOttawa),C.Bock,B.MacDougall(NationalResearchCouncilCanada),D.J.Lockwood(NationalResearchCouncil),andS.Poirier(NationalResearchCouncilCanada)

11:00 2209 ElectrochemicalandSurfaceStudyoftheOxideGrowthandConversionon316LStainlessSteel–Q.W.Knapp,J.J.Noël,andJ.Wren(WesternUniversity)

11:15 2210 ConstantPhaseElementsandImpedanceofRoughSurfaces:ANumericalStudy–M.Venkatraman,I.S.Cole(CSIROMaterialsScienceandEngineering),D.Sherwood(CentralElectrochemicalResearchInstitute),I.G.Bosco(CSIROMaterialsScienceandEngineering),andB.Emmanuel(CentralElectrochemicalResearchInstitute)

11:30 2211 MathematicalModelsforUnder-DepositCorrosion–Y.ChangandM.E.Orazem(UniversityofFlorida)

11:45 2212 WeightLossModelforAtmosphericCorrosionofSteelinMexicoUsingArtificialNeuralNetworks–E.BolanosRodriguez(UniversidadAuonomadelEstadodeHidalgo.Mexico)andJ.GonzálezIslas(UniversidadTecnológicadeTulancingo.México)

Impedance – 13:45 – 15:30Co-Chairs: Ignacio Gonzalez and Patrick Schmuki

13:45 2213 ElectrochemicalCorrelationStudyofOn-LineCorrosionMonitoringProbes–D.Bai(HarbinInstituteofTechnology,ShenzhenGraduateSchool),J.Wu(HarbinInstituteofTechnologyShenzhenGraduateSchool),andF.Chen(ShenzhenGrusenTechnologyCo.,Ltd)

14:00 2214 (CorosionDivisionH.H.UhligAwardPresentation)UnderstandingofPassivityDuetotheApplicationofSurfaceMethods,aReview–H.Strehblow(Heinrich-Heine-UniversityDuesseldorf)

14:30 2215 (CorrisionDivisinMorrisCohenAwardPresentation)EvaluationofThiosulfateasaSubstituteofHydrogenSulfideinSourCorrosionFatigueStudies–M.Kappes(UniversityofAkron),G.Frankel(TheOhioStateUniversity),R.Thodla(DNV),N.Sridhar(DetNorskeVeritas(USA)Inc.),andR.Carranza(ComisiónNacionaldeEnergíaAtómica)

15:00 2216 MarineBiofilmsMimicMetal/AirBatteryCurrentEnhancementStrategies:AStudyofPeroxideDegradationviaManganeseDioxideCatalysisinSeawater–M.J.Strom(U.S.NavalResearchLaboratory),G.W.Luther,andS.C.Dexter(UniversityofDelaware)

15:15 2217 DissolutionBehaviorofNovelLeadAnodesforCopperElectrowinning–M.Clancy,C.Bettles,N.Birbilis(MonashUniversity),andA.Stuart(OrigmaPtyLtd.)

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Energy – 15:30 – 18:15Co-Chairs: Jing-Li Luo and Tim Burstein

15:30 2218 CorrosionBehaviorofHighLevelWaste(HLW)StorageTankMaterials–J.GrantandD.Chidambaram(UniversityofNevadaReno)

15:45 2219 NuclearCorrosionandElectrochemistry:AchievementsandChallenges–D.Feron(CEA)

16:00 2220 ProbabilisticModelforSCC:IntegrationoftheSeveralEnvironmentandFractureProcesses–S.Jain,F.Ayello,J.A.Beavers,andN.Sridhar(DetNorskeVeritas)

16:15 2221 Chloride-InducedStressCorrosionCrackingofAusteniticStainlessSteelforDryStorageofSpentNuclearFuel–T.M.Ahn,G.Oberson,andS.DePaula(U.S.NuclearRegulatoryCommission)

16:30 2222 DynamicPolarizationBehaviorsofStainlessSteelsinWaterFilmSimulatingtheWaterTreatmentPlants–Y.Kim(POSCOTechnicalResearchLaboratory)andY.Park(WaterworksResearchInstituteSMG)

16:45 2223 ElectrochemicalCharacterizationofUNSS32760andUNSS31603AlloysinPresenceofFluorideandBromideSolutions–E.MayaVisuet,A.Karayan,andH.Castaneda-Lopez(NationalCenterforCorrosionResearchandEducationandMaterialsPerformance,TheUniversityofAkron)

17:00 2224 DeterminationofKineticParametersforWaterReductionandOxygenReductiononCopper–S.SharifiaslandD.D.Macdonald(ThePennsylvaniaStateUniversity)

17:15 2225 In SituSpectroscopicEllipsometryandElectrochemicalStudiesoftheBarrierLayeronIroninBorateBufferSolutions–Z.Lu(FordMotorCompany),S.Sharifiasl,andD.D.Macdonald(ThePennsylvaniaStateUniversity)

17:30 2226 CopperAlloysCorrosionandPassivationMonitoringbyElectrochemicalIntegratedProbesinChlorinatedCondenserCoolingCircuits–P.Cristiani,M.Carvalho(RSE-RicercasulSistemaElettricoS.p.A.),andG.Perboni(CESISpA)

17:45 2227 StateofHealthEstimationofLiFePO4/GraphiteCells–Y.ZhangandC.Wang(ThePennsylvaniaStateUniversity)

18:00 2228 OntheStabilityofthePassiveFilmonIronasIndicatedbyElectrochemicalImpedanceSpectroscopy–M.Urquidi-McDonaldandD.D.Macdonald(ThePennsylvaniaStateUniversity)


D3 – Poster Session – 18:00 – 20:00

• 2229 DensityFunctionalTheoryCalculationsofDefectsFormationEnergiesinCr2O3–B.Malki,B.Baroux,O.LeBacq,andA.Pasturel(GrenobleINP)

• 2230 ElectricalMicrodischargeCharacterizationduringSparkAnodizationofZirconium–J.S.Santos(UniversidadeFederaldeSaoCarlos),S.G.Lemos(UniversidadeFederaldaParaiba),W.N.Gonçalves,O.M.Bruno(UniversidadedeSaoPaulo),andE.C.Pereira(UniversidadeFederaldeSaoCarlos)

• 2231 PreparationofPt-Ru/CNT/CarbonClothCatalystsbyElectrodepositionMethodforUseinFuelCell–Y.Lin,T.Yeh,andM.Tsai(NationalTsingHuaUniversity)

• 2232 EffectofPassivationPotentialonAmountofBoundWaterinPassiveFilmonTitanium–T.HarunaandS.Ito(KansaiUniversity)

• 2233 PredictionofStressCorrosionCrackingofType304StainlessSteelWeldComponentsExposedtoChlorideEnvironments–G.NakayamaandY.Sakakibara(IHICorporation)

• 2234 ElectrochemicalStudiesoftheAlloyTi6Al4VafterBeingSubjectedtoUV-CIrradiationTreatment–M.Pacha-Olivenza(CIBER-BBN),A.Gallardo-Moreno,V.Vadillo-Rodríguez,M.González-Martín,C.PérezGiraldo(UniversityofExtremadura),andJ.C.Galván(CentroNacionaldeInvestigacionesMetalúrgicas)

• 2235 EffectsofCuontheLocalizedCorrosionandRepassivationkineticsofFerriticStainlessSteels–S.Ahn,K.Oh(KAIST),andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)


Oxidation and Corrosion of Metallic Systems -1 – 08:00 – 12:00Co-Chairs: P. Gannon and T. Maruyama

08:00 2306 FabricationofVerticallyAlignedNano-OxideArraysviaInternalOxidationofDiluteAlloys–M.NankoandD.T.Do(NagaokaUniversityofTechnology)

08:40 2307 High-TemperatureOxidationKineticsforRecoveryofMechanicalStrengthonNano-NiDispersedAl2O3HybridMaterials–D.MaruokaandM.Nanko(NagaokaUniversityofTechnology)

09:00 2308 EarlyOxidationStagesofAluminaFormersandtheeffectoftheAdditions:ABriefSurvey–J.Jedliński(AGHUniversityofScienceandTechnology)

09:20 2309 TheInfluenceofKCl(s)ontheOxidationofaFeCrAlAlloyat600°CinDryandWetEnvironment–N.Israelsson,L.Johansson,andJ.Svensson(ChalmersUniversityofTechnology)

09:40 Intermission(20Minutes)10:00 2310 Deposit-InducedCorrosionofNickel-BaseAlloys

atLowTemperatures(650-750˚C)–B.S.Lutz,M.N.Task,N.M.Yanar,F.S.Pettit(UniversityofPittsburgh),G.R.Holcomb(NationalEnergyTechnologyLaboratory),andG.H.Meier(UniversityofPittsburgh)

10:20 2311 High-TemperatureCorrosionBehaviorofSputteredNi-BasedNanocrystallineCoatingwithYttriumAdditioninChlorideat900°C–P.Yu(ShenyangUniversityofChemicalTechnology),W.Wang,F.Wang,andS.Zhu(ChineseAcademyofSciences)

10:40 2312 AcceleratedCorrosionofLowAlloyandStainlessSteelbyPbCl2-ContainingSaltMixtures–D.P.Bankiewicz,P.Yrjas,andM.Hupa(ÅboAkademiUniversity)

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11:00 2313 AnElectrochemicalImpedanceSpectroscopyStudyontheeffectofCondensateonOxidesFormedona25Cr/20NiCastStainlessSteelinExhaustEnvironments–M.Ekström(RoyalInstituteofTechnology),B.Zhu(MaterialsTechnology,ScaniaCVAB),P.Szakalos,andS.Jonsson(RoyalInstituteofTechnology)

11:20 2314 TheeffectofWaterVaporontheDistributionofOxidePrecipitatesduringInternalOxidationofNi-5CrAlloyat1073K–M.Ueda(TokyoInstituteofTechnology),Y.Kurata(NGKInsulatorsLtd.),K.Kawamura,andT.Maruyama(TokyoInstituteofTechnology)

11:40 2315 OxidationBehaviourofSanicro25inCO2andH2O-RichEnvironments–L.Intiso(CentrosviluppoMateriali),L.Johansson,andM.Halvarsson(ChalmersUniversityofTechnology)

Oxidation and Corrosion of Metallic Systems 2 – 14:00 – 15:20Co-Chairs: P. Masset and G. Meier

14:00 2316 BehaviorsofSOFCInterconnectSteelsandCoatingswithContactingElectrodesandSealsinSingleandDualAtmosphereExposures–R.Amendola,A.Weinstein,S.Sofie,andP.Gannon(MontanaStateUniversity)

14:20 2317 OxygenActivityDistributionfromAtmospheretoScaleSurfaceonHighTemperatureOxidationofIron–K.Kawamura,S.Sonota,M.Ueda,andT.Maruyama(TokyoInstituteofTechnology)

14:40 2318 KineticsandMechanismsofCopperCatastrophicOxidationinthePresenceofLow-MeltingOxides–V.V.Belousov(RussianAcademyofSciences)


High Temperature Electrochemistry – 15:20 – 16:40Co-Chairs: G. Meier and P. Masset

15:20 2319 TheActivityofRh2O3inBoro-SilicateGlassat1373K–H.Kimura,S.Yamamoto,M.Ueda,K.Kawamura,T.Maruyama(TokyoInstituteofTechnology),K.Minami,andE.Ochi(JapanNuclearFuelLimited)

15:40 2320 HighTemperatureElectrolysisforLiquidIronProduction–G.Haarberg,E.Kvalheim(NorwegianUniversityofScienceandTechnology),A.Martinez(SINTEF),S.Rolseth(SINTEFMaterialsandChemistry),andH.Gudbrandsen(SINTEF)

16:00 2321 CorrosionBehaviorofConstructionMaterialsforIntermediateTemperatureSteamElectrolysers–A.V.Nikiforov(TechnicalUniversityofDenmark),I.M.Petrushina(TechnicalIniversityofDenmark),J.Jensen,andN.Bjerrum(TechnicalUniversityofDenmark)

16:20 2322 EvaluationofElectrodeMaterialsforElectrolyticReductionofNuclearFuels–A.MerwinandD.Chidambaram(UniversityofNevadaReno)


D5 – Poster Session – 18:00 – 20:00Co-Chairs: E. Opila and J. Fergus

• 2323 FabricationofNano-RodArrayStructureUsedAluminizingandInternalOxidationofAlloyforMicro-Channel–T.Ishizaki,D.T.Do,andM.Nanko(NagaokaUniversityofTechnology)

• 2324 MeasuringCrVolatilityfromFerriticStainlessSteels:NovelandConventionalMethodsCompared–J.J.Eziashi,C.Key,R.Smith,andP.Gannon(MontanaStateUniversity)


Optical, Magnetic and Electronic Properties – 08:00 – 10:00Co-Chairs: D. Lockwood and N. Koshida

08:00 2379 TuningofOpticalPropertiesofSiliconPhotonic-CrystalDevicesbyInfiltrationofGroovesandPoreswithLiquidCrystals–T.S.Perova(TrinityCollegeDublin),V.Tolmachev(IoffePhysicalTechnicalInstitute),andA.V.Baldycheva(TrinityCollegeDublin)

08:30 2380 Size-DependentAssessmentofFe3O4-NanoparticlesLoadedintoPorousSilicon–P.Granitzer,K.Rumpf(Karl-Franzens-UniversityGraz),Y.Tian,G.Akkaraju,J.L.Coffer(TexasChristianUniversity),P.Poelt(UniversityofTechnologyGraz),P.Morales(CSICMadrid),andM.Reissner(ViennaUniversityofTechnology)

08:50 2381 MagneticPropertiesofanIronOxide/PorousSiliconSystemControlledbyMagneticInteractions–K.Rumpf,P.Granitzer(Karl-Franzens-UniversityGraz),P.Poelt(UniversityofTechnologyGraz),P.Morales(CSICMadrid),andM.Reissner(ViennaUniversityofTechnology)

09:10 2382 TheeffectsofConfinementandCoulombBlockadeontheTransportinEnsemblesofSiQuantumDots–I.Balberg(TheHebrewUniversity)


Pore Formation and Characterization – 10:00 – 15:20Co-Chairs: P. Granitzer and T. S. Perova

10:00 2383 OpticalCharacterizationofSelf-AssembledSystems:NanoparticlesandMonolayers–N.Rowell(NationalResearchCouncilCanada)

10:30 2384 XPSAnalysisofPorousSilicon–D.Aureau(CNRS-UVSQ),J.Chazalviel,F.Ozanam(CNRS-Ecolepolytechnique),andA.Etcheberry(CNRS-UVSQ)

10:50 2385 TransientSurfacePhotovoltageStudiesofNano-PorousSiliconwithEmbeddedMetalNanoparticles–P.R.Chapagain,E.Davis,A.Nemashkalo,Y.Strzhemechny(TexasChristianUniversity),P.Granitzer,K.Rumpf(Karl-Franzens-UniversityGraz),andE.Nguyen(PaschalHighSchool)

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11:10 2386 EnhancedSuppressionoftheFormationofPorousSiliconBasedonSecondaryKnocked-OneffectinFIB–J.Wang,J.Jiao,P.Yan,M.Wang,W.Liu,D.Ge(ShanghaiInstituteofMicrosystemandInformationTechnology),andJ.Xu(ShanghaiUniversity)

11:30 2387 ConversionKineticsandCharacterisationofPt/PbNanoparticlesonFluorineDopedTinOxideGlass–K.Yliniemi(AaltoUniversity),D.Wragg,T.M.Watson,D.A.Worsley,H.McMurray(SwanseaUniversity),B.P.Wilson(AaltoUniversity),P.Schmuki(UniversityofErlangen-Nuremberg),andK.Kontturi(AaltoUniversity)

11:50 2388 Low-LyingElectronicExcitationsandOpticalAbsorptionSpectraoftheBlackDyeSensitizer:AFirst-PrinciplesStudy–A.Delgado,S.Corni,andG.Goldoni(CNR-NANOS3Center)

12:20 LunchBreak(90Minutes)13:50 AwardCeremony(90Minutes)

Applications of Silicon and Metal Oxide Nanostructures – 15:20 – 18:10Co-Chairs: F. Ozanam and B. Gelloz

15:20 2389 ApplicationsofPorousSilicontoMulticrystallineSiliconSolarCells:StateoftheArt–C.Levy-Clement(CNRS)

15:50 2390 DepositionofTernaryAlloysofCadmiumSeleno-SulfideThinFilmsonNanoporousTiO2forSolarCellsApplications–A.Sepehrifard,A.Aushana,andS.Morin(YorkUniversity)

16:10 2391 FabricationofHighlyOrderedPorousSiandItsApplicationtoAnodesinLithium-IonBattery–H.Masuda,S.Tagawa,andK.Nishio(TokyoMetropolitanUniversity)

16:30 2392 SiliconandPorousSilicon/CarbonNanocompositesforRechargeableLi-andMg-IonBatteries–S.PolisskiandT.Abe(KyotoUniversity)

16:50 2393 SiliconNanowiresforInnovativeEnergyApplications–V.Sivakov,M.Kulmas(InstituteofPhotonicTechnology),B.Hoffmann(MaxPlanckInstitutefortheScienceofLight),F.Talkenberg(InstituteofPhotonicTechnology),R.Kirchgeorg,C.Lee(FriedrichAlexanderUniversität),P.Schmuki(UniversityofErlangen-Nuremberg),andS.Christiansen(MaxPlanckInstitutefortheScienceofLight)

17:10 2394 TransitionMetalOxideParticlesDepositedontoTitaniaNanotubesasHighPerformanceElectrodesforLi-IonMicrobatteries–N.KyerematengandT.Djenizian(UniversityofAix-Marseille)

17:30 2395 DesigningStructureandCompositionofNanoporousAnodicAluminaforOpticalApplications–D.Routkevitch(InRedoxLLC)

17:50 2396 DepositionofLaF3toPassivatethePore-WallsofPorousSiliconUsingaSimpleSingle-SourceChemicalBathTechnique–A.Ismail(RajshahiUniversity),M.Rahman(PabnaScience&TechnologyUniversity),M.Hossain,M.Nain,andS.Mou(RajshahiUniversity)


D7 – Poster Session – 18:10 – 20:00Co-Chairs: P. Schmuki, H. Masuda, and P. Granitzer

• 2397 PreparationandCharacteristicsofAnodicAluminumOxideMembraneswithMesospongeStructure–T.N.Nguyen,M.Kim,J.Ahn(KoreaElectrotechnologyResearchInstitute),J.Kaewsuk(KoreanElectrotechnologyResearchInstitute),J.Kim,andD.Jeong(KoreaElectrotechnologyResearchInstitute)

• 2398 FabricationofFlexibleAluminaMicrolensArraybyLaserIrradiationandAluminumAnodizing–T.Kikuchi,Y.Wachi,T.Takahashi,M.Sakairi(HokkaidoUniversity),andR.O.Suzuki(Eco-Processing)

• 2399 FormationofSelf-OrganizedNanoporousAnodicFilmsonCarbonSteels–S.Yang,Y.Konno,E.Tuji,Y.Aoki(HokkaidoUniversity),H.Shoji(NipponSteelCorporation),P.Skeldon,G.E.Thompson(TheUniversityofManchester),andH.Habazaki(HokkaidoUniversity)

• 2400 MetalAssistedEtchingofSiliconinaV2O5PlusHFSolution–W.B.BarclayandK.W.Kolasinski(WestChesterUniversity)

• 2401 AnodicPorousEtchingofn-InP:AChemical-AssistedDissolutionProcess–L.Santinacci(CNRS–Aix-MarseilleUniversity),M.Bouttemy,andA.Etcheberry(UniversityofVersailles-CNRS)

• 2402 MathematicalModelfor<111>APorePropagationandRelationtoCurrentforInPinAqueousKOHElectrolytes–R.Lynch,N.Quill,C.O’Dwyer(UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)

• 2403 DifferentialPhotoacousticElectrochemicalCelltoStudyIn SitutheWettingProcessinDifferentMaterials–D.G.Espinosa-ArbelaezandM.Rodriguez-Garcia(UniversidadNacionalAutónomadeMéxico)

• 2404 StudyoftheMicrostructuralandOpticalPropertiesofPorousSiliconBraggReflectorsObtainedbyDifferentialPhotoacousticElectrochemicalCell–M.Rodriguez-GarciaandD.G.Espinosa-Arbelaez(UniversidadNacionalAutónomadeMéxico)

E2Atomic Layer Deposition Applications 8DielectricScienceandTechnology/ElectronicsandPhotonics304B, Level 3, Hawaii Convention Center

Energy – 08:20 – 10:00

08:20 2467 GrowthCharacteristicsandPropertiesofYttriumOxideThinFilmsbyAtomicLayerDepositionfromNovelY(iPrCp)3PrecursorandO3–R.Xu,S.Selvaraj,N.Azimi,andC.G.Takoudis(UniversityofIllinoisatChicago)

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08:40 2468 ElectrocatalyticActivityofPlatinumGrownbyAtomicLayerDepositiononCarbonNanotubesforSi-BasedDMFCApplications–A.Johansson,R.Yang(DanishTechnologicalInstitute),B.Dalslet,J.V.Larsen,K.Haume(TechnicalUniversityofDenmark),L.H.Christensen(DanishTechnologicalInstitute),andE.V.Thomsen(TechnicalUniversityofDenmark)

09:00 2469 AtomicLayerDepositionofCopper(I)SulfideUsingCommerciallyProducedPrecursors–S.Christensen,A.Dameron,T.Gennett,andI.Repins(NationalRenewableEnergyLaboratory)

09:20 2470 HighPerformanceCore-ShellNanowireArrayDevicesPreparedbyAtomicLayerDeposition–H.Kim(YonseiUniversity)


Novel Applications – 10:00 – 12:00

10:00 2471 MetalOxideALDFilmsforLowPowerSensorApplications–S.H.Brongersma(HolstCentre/imec)

10:40 2472 EnablingHighPerformanceDetectorsandOpticsforAstronomyandPlanetaryExplorationwithALD–F.Greer(JetPropulsionLaboratory)

11:20 2473 NanomechanicalPropertiesofUltraThinFilmsSynthesizedbyAtomicLayerDeposition–H.Baumgart(OldDominionUniversity)

Metals – 14:00 – 15:50

14:00 2474 StudyonGrowthCharacteristicsofALDRuO2ThinFilmswithDepositionConditions–W.Kim(SamsungElectronicsCo.Ltd.),B.Kim,J.Chang(SamsungElectronicsCo.,Ltd.),Y.Tak(SamsungElectronicsCo.Ltd.),H.Yang,S.Moon,O.Kwon,K.Cho,C.Yoo,andH.Kang(SamsungElectronicsCo.,Ltd.)

14:20 2475 AtomicLayerDepositionofTiN/Al2O3/TiNNanolaminatesforCapacitorApplications–L.Assaud,M.Hanbücken,andL.Santinacci(CNRS–Aix-MarseilleUniversity)

14:40 2476 ImpactofDirectPlasmaDensificationonResistivityandConformalityofPEALDTantalumNitride–O.VanderStraten(IBMResearch),X.Zhang(GlobalFoundries),C.Penny,J.Maniscalco(IBMSystems&TechnologyGroup),S.Chiang,J.Ren,andP.Ma(AppliedMaterials,Inc.)

15:00 2477 AtomicLayerDepositionofRutheniuminVariousPrecursorandOxygenDoses–J.Kim,K.Son,B.Kim,W.Kim,andJ.Shim(KoreaUniversity)


Reaction Mechanisms II – 15:50 – 17:40

15:50 2478 In SituFTIRCharacterizationofGrowthInhibitioninAtomicLayerDepositionUsingReversibleSurfaceFunctionalization–A.Yanguas-Gil,J.A.Libera,andJ.W.Elam(ArgonneNationalLaboratory)

16:30 2479 SubstrateReactivityeffectsintheALDofAl2O3RevealedbyIn SituALD–M.Tallarida,M.Michling,C.Das,andD.Schmeisser(BrandenburgUniversityofTechnology)

16:50 2480 NewReactionChemistriesforLateTransitionMetalAtomicLayerDeposition–B.Vidjayacoumar,V.Ramalingam,R.Kleinberger,D.J.Emslie(McMasterUniversity),J.Blackwell,andS.Clendenning(IntelCorporation)


E2 – Poster Session – 18:00 – 20:00

• 2481 TungstenNitrideFilmsPreparedbyCyclic-PulsedChemicalVaporDepositionforICMetallization–E.Kim,H.Woo,andD.Kim(ChonnamNationalUniversity)

• 2482 HighlyUniformSelf-AssembledGoldNanoparticlesoverHighSurfaceAreaZnONanorodsasNovelCatalysts–T.M.Abdel-Fattah(ChristopherNewportUniversity),K.Zhang,W.Cao,andH.Baumgart(OldDominionUniversity)

• 2483 CharacterizationofComplexMagneticNanotubes–K.Pitzschel,J.Bachmann,S.Martens,J.MorenoMontero(UniversityofHamburg),J.Escrig(UniversidaddeSantiagodeChile),K.Nielsch,andD.Görlitz(UniversityofHamburg)

• 2484 SynthesisofVO2ThinFilmsbyAtomicLayerDepositionwithTEMAVasPrecursor–K.Zhang,M.Tangirala,D.Nminibapiel(OldDominionUniversity),V.Pallem,C.Dussarrat(AmericanAirLiquide),andH.Baumgart(OldDominionUniversity)


GaN Power Switching Transistors – 08:00 – 10:00Co-Chairs: Mike Spencer and Joachim Wurfl

08:00 2528 PhysicsofGaN-basedPowerFieldEffectTransistors–M.Shur(RPI)

08:20 2529 RecentAdvancesinIII-NHigh-PowerElectronics–R.Dupuis,Y.Lee,Z.Lochner,H.Kim,Y.Zhang,J.Ryou,andS.Shen(GeorgiaInstituteofTechnology)

08:40 2530 Quasi-VerticalGaN-on-SiliconTransistorsforCompactEnhancement-modePowerSwitches–B.Brar,D.Kim,C.Neft,C.Nguyen,andV.Mehrotra(TeledyneScientific)

09:00 2531 DemonstrationofLowON-ResistanceCAVETSwithAmmoniaMBEGrownActivep-GaNLayerastheCurrentBlockingLayerforHighPowerApplications–R.Yeluri,C.Hurni,S.Chowdhury,J.S.Speck,andU.Mishra(UniversityofCaliforniaSantaBarbara)

09:20 2532 AlGaN/GaNHeterojunctionFETsforHigh-BreakdownandLow-LeakageOperation–M.KuzuharaandH.Tokuda(UniversityofFukui)


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GaN Crystal Growth and Characterization – 10:00 – 12:00Co-Chairs: Mike Dudley and Ken Jones

10:00 2533 III-NitrideHighVoltagePowerElectronics–M.SpencerandW.Schaff(CornellUniversity)

10:20 2534 HydrophobicGrowthofGaNMaterial:CurrentStatusandFuturePotential–J.M.Mann(USAirForceResearchLaboratory),B.Wang(SolidStateScientificCorporation),andD.Bliss(USAirForceResearchLaboratory)

10:40 2535 ElectrochemicalSolutionGrowthofGalliumNitride–T.C.Monson,K.Waldrip(SandiaNationalLaboratories),V.Krishnamoorthy(WishConsulting),A.Mollo,andL.E.Johnson(SandiaNationalLaboratories)

11:00 2536 ComparisonofSi,Sapphire,SiC,andGaNSubstratesforHEMTEpitaxy–M.Leszczynski,P.Prystawko(InstituteofHighPressurePhysics),J.Plesiewicz(TopGaNLtd.),L.Dmowski,E.Litwin-Staszewska,S.Grzanka,E.Grzanka(InstituteofHIghPressurePhysics),andF.Roccaforte(CNR-IMM)

11:20 2537 GaN-on-SiforPowerTechnology–D.Visalli,J.Derluyn,S.Degroote,andM.Germain(EpiGaN)

11:40 2538 ScalableGaN-On-SiliconUsingRareEarthOxideBufferLayers–M.Lebby(TranslucentInc.),F.Arkun(TranslucentInc),R.Dargis,R.Roucka,R.S.Smith,andA.Clark(TranslucentInc.)

GaN Power Transistor Reliability and Control – 14:00 – 16:00Co-Chairs: Aivars Lelis and Durga Misra

14:00 2539 RecentAdvancesinWideBandgapPowerDevices–K.Sheng(ZhejiangUniversity)

14:20 2540 AdvancedDriverandControlICsforGaNandSiCPowerDevices–S.P.PendharkarandC.Chey(TexasInstrumentsInc.)

14:40 2541 GaN-BasedWide-BandgapPowerSwitchingDevices:FromAtomstotheGrid–S.Atcitty,R.Kaplar,S.DasGupta,M.Marinella,A.Armstrong,L.Biedermann(SandiaNationalLabs),M.Sun,T.Palacios(MassachusettsInstituteofTechnology),andM.Smith(SandiaNationalLabs)

15:00 2542 DeviceBreakdownandDynamiceffectsinGaNPowerSwitchingDevices:DependenciesonMaterialPropertiesandDeviceDesign–J.Würfl,E.Bahat-Treidel,F.Brunner,M.Cho,O.Hilt,A.Knauer,P.Kotara,M.Weyers,andR.Zhytnytska(Ferdinand-Braun-Institut)

15:20 2543 DegradationStudyofSingleandDouble-HeterojunctionInAlN/GaNHEMTsbyTwo-DimensionalSimulation–V.PalankovskiandJ.Kuzmik(TUWien)

15:40 2544 TemperatureDependenceofKinkEffectforAlGaN/GaN/SiCHighElectronMobilityTransistors–C.Cheng,T.Chang,S.Liao,H.Chang,W.Ho,Y.Shiau,andJ.Sen(Chung-ShanInstituteofScience&Technology)

Panel # 2: Safe Operating Area (SOA) – Silicon vs. SiC and GaN – 16:00 – 18:00Co-Chairs: Reenu Garg and Mike Dudley

16:00 IntroductionofPanelists(15Minutes)16:15 MietekBakowski(10Minutes)16:25 JoachimWurfl(10Minutes)16:35 KrishnaShenai(10Minutes)16:45 AivarsLelis(10Minutes)16:55 RobertKaplar(10Minutes)17:05 BobbyBrar(10Minutes)17:15 Q&A(45Minutes)


Ge Channel – 09:00 – 09:40Co-Chair: Koji Kita

09:00 2584 ConductionBand-offsetinGeO2/GeStackDeterminedbyInternalPhotoemissionSpectroscopy–W.Zhang,T.Nishimura,K.Nagashio,K.Kita,andA.Toriumi(TheUniversityofTokyo)

09:20 2585 HydrogenInteractionwithHfO2FilmsDepositedonGe(100)andSi(100)–G.V.Soares(UFRGS),T.Feijó(IF-UFRGS),I.Baumvol(IF-UFRGSandUCS),C.Aguzzoli(UCS),C.Krug(IF-UFRGSandCEITECS.A),andC.Radtke(IQ-UFRGS)

InGaAs and GaAs Passivation – 10:00 – 12:30Co-Chairs: Susanne Stemmer and Heiji Watanabe

10:00 AwardCeremony(10Minutes)10:10 2586 MOSInterfaceControlofHighMobilityChannel

MaterialsforRealizingUltrathinEOTGateStacks–S.Takagi,R.Zhang,R.Suzuki,N.Taoka,M.Yokoyama,andM.Takenaka(TheUniversityofTokyo)

10:40 2587 III-V/OxideInterfacesInvestigatedwithSynchrotronRadiationPhotoemissionSpectroscopy–M.Tallarida(BrandenburgUniversityofTechnology)

11:10 2588 UnitCellbyUnitCellCleaningandNucleationforALDGateOxideDeposition–W.Melitz,T.Kent,E.Chagarov(UCSD),M.Edmonds,T.Kaufman-Osborn(UniversityofCalifornia,SanDiego),J.SungLee(UCSD),K.Kiantaj,andA.Kummel(UniversityofCalifornia,SanDiego)

11:40 2589 ScalingandInterfaceControlofHigh-k/III-VInterfaces–S.Stemmer,V.Chobpattana,Y.Hwang(UniversityofCaliforniaSantaBarbara),andR.Engel-Herbert(ThePennsylvaniaStateUniversity)

12:10 2590 EffectofIn0.53Ga0.47AssurfaceNitridationonElectricalCharacteristicsofHigh-k/Capacitors–Y.Suzuki,D.Zadeh,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori,andH.Iwai(TokyoInstituteofTechnology)

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Metal Work Function Tuning – 14:00 – 15:30Co-Chairs: Akira Toriumi and Atif Noori

14:00 2591 InterfaceDipoleCancellationinSiO2/High-k/SiO2/SiGateStacks–S.Hibino,T.Nishimura,K.Nagashio,K.Kita,andA.Toriumi(TheUniversityofTokyo)

14:20 2592 PhenomenaofDielectricCappingLayerInsertionintoHigh-κMetalGateStacksinGate-First/Gate-LastIntegration–H.Jagannathan,P.Jamison,andV.Paruchuri(IBMResearch)

14:40 2593 ConformalMetalGateProcessTechnologyfor14nmLogicNodeandBelow–A.M.Noori,A.Brand,Y.Lei,M.Chen,W.Tang,X.Lu,X.Fu,S.Ganguli,J.Anthis,D.Thompson,N.Yoshida,M.Xu,M.Chang,andS.Gandikota(AppliedMaterials)

15:10 2594 InvestigationofMgDiffusioninTa(N)basedElectrodesonHfO2forsub-32nmCMOSGate-LastTransistors–R.Gassilloud,C.Maunoury,C.Leroux(CEAFrance),P.Chevalier(STMicroelectronics),C.Dressler,F.Aussenac,F.Martin(CEAFrance),D.Bensahel(STMicroelectronics),andS.Maitrejean(CEAFrance)

FinFET and 3-D Transistors – 15:40 – 17:40Co-Chairs: Kaushik Roy and Durga Misra

15:40 2595 Device-CircuitCo-designofFinFETsinScaledTechnologies–S.GuptaandK.Roy(PurdueUniversity)

16:10 2596 Independent-Double-GateFinFETSRAMTechnology–K.Endo,S.O’uchi,Y.Liu,T.Matsukawa,andM.Masahara(AIST)

16:40 2597 ElectricalCharacterizationandReliabilityAssessmentofDouble-gateFinFETs–C.D.Young,K.Akarvardar,K.Matthews(SEMATECH),M.Baykan(U.ofFlorida–Gainesville),J.Pater,I.Ok,T.Ngai,K.Ang,M.Minakais,G.Bersuker,C.Hobbs,P.Kirsch,andR.Jammy(SEMATECH)

17:10 2598 CurrentStatusofHigh-kandMetalGatesinCMOS–G.Wilk,M.Verghese,P.Chen(ASMAmerica),andJ.Maes(ASMBelgium)


E5 – Poster Session – 18:00 – 20:00Co-Chairs: Durga Misra and Samares Kar

• 2599 RolesofTargetCompositionontheDielectricPropertyofRFSputteredBi2O3-ZnO-Nb2O5PyrochloreThinFilm–K.Ko,M.Lim,B.Lee,H.Lee,andJ.Choi(AjouUniversity)

• 2600 EffectofErbiumSilicideCrystallinityforLowBarrierContactBetweenErbiumSilicideandn-typeSilicon–H.Tanaka,A.Teramoto,S.Sugawa,andT.Ohmi(TohokuUniversity)

• 2601 MeasurementandIdentificationofThreeContributingChargeTermsinNegativebiasTemperatureInstability–C.Mayberry(AFRL),D.Nguyen,C.Kouhestani(AFRL/RVSE),K.Kambour(SAIC),H.Hjalmarson(SandiaNationalLaboratories),andR.Devine(AFRL/RVSE)

• 2602 ProcesstoEtchNiandPtResiduesduringSilicideContactElectrodeProcessingusingLowTemperatureAqueousSolutions–A.N.Duong(IntermolecularInc),C.Fitz,S.Metzger(Globalfoundries),O.Karlsson,J.C.Foster,G.Nowling(IntermolecularInc),V.Sih,andP.Besser(Globalfoundries)

• 2603 CorrelationbetweenElectricalandOpticalPropertiesofTantalumAnodicOxideandElectronCyclotronResonanceEtchingStudiesofE-beamDepositedTa2O5Films–A.KulpaandN.Jaeger(TheUniversityofBritishColumbia)

• 2604 AreaDependenceofReliabilitycharacteristicsforAtomicLayerDepositionHfO2FilmunderStaticandDynamicStress–Y.Cheng,Y.Chang,C.Hsieh,andJ.Lin(NationalChi-NanUniversity)

• 2605 CharacterizationofSol-Gel-DerivedCrystallineHfO2-Y2O3ThinFilmsonSi(001)Substrates–H.ShimizuandT.Nishide(NihonUniversity)

• 2606 ComparisononPhysicalandElectricalPropertiesofSputteredRuandRuO2GateElectrodesGrownonHfO2/Siforp-MOSFET–H.Kim,S.Lee,I.Yu,J.Lee(SeoulNationalUniversity),T.Park(HanyangUniversity),andC.Hwang(SeoulNationalUniversity)

• 2607 MOSFETsonInPSubstratewithLaAlO3/HfO2BilayerofDifferentLaAlO3ThicknessandSingleLaXAl1-XOLayerwithDifferentLaDopingLevel–Y.Wang,Y.Chen,F.Xue,F.Zhou,Y.Chang,andJ.Lee(TheUniversityofTexasatAustin)

• 2608 Thiol-EneReactionDerivedSol-GelHybridDielectricLayerforOragnicThinFilmTransistors–J.Kim,Y.Kim,J.Ko(KoreaAdvancedInstituteofScienceandTechnology),andB.Bae(KoreaAdvancedInstituteofScienceadTechnology(KAIST))

• 2609 ComprehensiveStudyonChemicalStructuresofCompositionalTransitionLayeratSiO2/Si(100)Interface–T.Suwa,A.Teramoto(TohokuUniversity),T.Muro,T.Kinoshita(JapanSynchrotronRadiationResearchInstitute),S.Sugawa,T.Hattori,andT.Ohmi(TohokuUniversity)


Advanced Substrates and Characterization – 08:10 – 09:40Co-Chair: J. A. Martino

08:10 2634 ManufacturingofUltraThinSOI–O.Bonnin,W.Schwarzenbach,V.Barec,N.Daval,X.Cauchy,B.Nguyen,andC.Maleville(Soitec)

08:40 2635 Hybrid-FormationofGe-on-InsulatorStructuresonSiPlatformbySiGe-Mixing-TriggeredRapid-MeltingGrowth---ARoadtoArtificialCrystal---–M.Miyao,M.Kurosawa,K.Toko,andT.Sadoh(KyushuUniversity)

09:10 2636 ThePseudo-MOSFET:PrinciplesandRecentTrends–S.Cristoloveanu,I.Ionica,A.Diab,andF.Liu(IMEP)


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Radiation Effects and Characterization – 10:00 – 12:00Co-Chair: S. Cristoloveanu

10:00 2637 InterfaceandBorderTrapsinGepMOSFETs–D.M.Fleetwood(VanderbiltUniversity),E.Simoen(imec),S.Francis(AirForceInstituteofTechnology),X.Zhang(VanderbiltUniversity),R.Arora(GeorgiaTech),E.Zhang,R.Schrimpf,K.Galloway(VanderbiltUniversity),J.Mitard,andC.Claeys(imec)

10:30 2638 RadiationInfluenceonBiaxial+uniaxialStrainedSiliconMuGFETs–C.Bordallo(CentroUniversitáriodaFEI),P.G.Agopian,J.A.Martino(UniversityofSaoPaulo),E.Simoen,andC.Claeys(imec)

10:50 2639 WaferLevelStatisticalEvaluationoftheProtonRadiationHardnessofaHigh-kDielectric/MetalGate45nmBulkCMOSTechnology–C.Claeys,S.Iacovo(imec),D.Kobayashi(ISAS/JAXA),A.Mercha,A.Griffoni,P.Roussel(imec),F.Crupi(DEIS,UniversityofCalabria),andE.Simoen(imec)

11:10 2640 Transistor-BasedExtractionofCarrierLifetimeandInterfaceTrapsinSilicon-on-InsulatorMaterials–J.A.Martino(UniversityofSaoPaulo),V.Sonnenberg(FATEC/SP),M.Galeti(UniversityofSaoPaulo),M.Aoulaiche,E.Simoen,andC.Claeys(imec)

11:40 2641 PhysicalMechanismsofChargePumpingandDCIVCurrentsinFloating-BodySOIMOSFETs–E.Zhang,D.M.Fleetwood,R.Schrimpf(VanderbiltUniversity),E.Simoen,andD.Linten(imec)


Oxygen-, Hydrogen-Related Defects and Their Characterization – 14:00 – 15:20Co-Chairs: R. Job and J. Murphy

14:00 2642 Lifetime-DegradingBoron-OxygenCentresinp-typesandn-typeSilicon–V.V.Voronkov,R.J.Falster(MEMCElectronicMaterials),B.Lim,andJ.Schmidt(ISFH)

14:30 2643 ImpactofOxidePrecipitatesonMinorityCarrierLifetimeinSilicon–J.D.Murphy(UniversityofOxford),K.Bothe,R.Krain(InstitutfürSolarenergieforschungHameln/Emmerthal),M.Olmo,V.V.Voronkov,andR.J.Falster(MEMCElectronicMaterials)

15:00 2644 ComparisonoftheImpactofThermalTreatmentsontheSecondandontheMillisecondScalesonthePrecipitationofInterstitialOxygen–G.Kissinger,D.Kot(IHP),andW.VonAmmon(SiltronicAG)


Point Defects in Si and Ge – 15:40 – 17:30Co-Chairs: R. Job and J. Murphy

15:40 2645 ThermalBudgetofHydrogen-RelatedDonorProfiles–DiffusionLimitedActivationandThermalDissociation–J.Laven(InfineonTechnologiesAG),R.Job(MuensterUniversityofAppliedSciences),H.Schulze,F.Niedernostheide(InfineonTechnologiesAG),W.Schustereder(InfineonTechnologiesAustriaAG),andL.Frey(UniversityofErlangen-Nuremberg)

16:10 2646 DifficultiesinCharacterizingHigh-ResistivitySilicon–P.Nayak,R.Richert,andD.K.Schroder(ArizonaStateUniversity)

16:30 2647 InvestigationofDopingTypeConversionofHydrogenImplantedCz-SiliconbyEBIC–S.Kirnstoetter,M.Faccinelli,P.Hadley(GrazUniversityofTechnology),J.Laven,H.Schulze(InfineonTechnologiesAG),R.Job(MuensterUniversityofAppliedSciences),andW.Schustereder(InfineonTechnologiesAustriaAG)

16:50 2648 CharacterizationofDeepLevelsIntroducedbyRTAandbySubsequentAnnealsinn-TypeSilicon–D.Kot(IHP),T.Mchedlidze(TUDresden),G.Kissinger(IHP),andW.VonAmmon(SiltronicAG)

17:10 2649 Deep-LevelTransientSpectroscopyofMOSCapacitorsonGeSnEpitaxialLayers–E.Simoen,B.Vincent,C.Merckling,F.Gencarelli(Imec),L.Chu(NationalTsingHuaUniversity),andR.Loo(imec)



• 2650 LowTemperatureFluorinatedSiliconFilmSynthesis–D.E.Milovzorov(FluensTechnologyGroupLtd)

• 2651 ChemicalVaporDepositionofSiliconbytheReactionofBromosilanesandHydrogen–K.Tomono,H.Furuya,S.Miyamoto,T.Ogawa,Y.Okamura,R.Komatsu,andM.Nakayama(YamaguchiUniversity)

• 2652 DiodeCharacteristicsandThermalDonorFormationinGermanium-DopedSiliconSubstrates–J.Rafi(InstitutdeMicroelectrònicadeBarcelona(IMB-CNM-CSIC)),J.Vanhellemont(GhentUniversity),E.Simoen(imec),J.Chen(StateKeyLaboratoryofSiliconMaterials),M.Zabala(InstitutdeMicroelectrònicadeBarcelona(CNM-CSIC)),andD.Yang(StateKeyLaboratoryofSiliconMaterials)


Low-Dimensional Materials for Nanoelectronics/Optoelectronics I – 08:20 – 09:40Co-Chairs: Jr-Hau He and Yu-Lun Chueh

08:20 2669 GaN-basedNanorods:FromHigh-GainPhotoconductortoSolarHydrogenGeneration–Y.Huang(NationalTaiwanUniversity),Y.Huang(AcademiaSinica),W.Tu(NationalTaiwanUniversity),K.Chen(AcademiaSinica),andL.Chen(NationalTaiwanUniversity)

08:45 2670 FromOrganicPowderstoGeometricallyWellDefinedLow-DimensionalStructures:AwayforUnprecedentedOpticalandChemicalProperties–J.Park,H.Moon,andH.Choi(PohangUniversityofScienceandTechnology)

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09:10 2671 HybridSiliconSolarCellswithHierarchicalStructureforEnergyHarvesting–W.Wei,C.Ho,S.Tai(NationalTaipeiUniversityofTechnology),H.Wang(PhotonicsandOptoelectronics),A.Li,R.Chung(NationalTaipeiUniversityofTechnology),andJ.He(NationalTaiwanUniversity)

09:25 2672 Three-dimensionalSiliconPhononicCrystal–Y.Lin,H.Ting,L.Chou,andL.Chen(NationalTsingHuaUniversity)

Low-Dimensional Materials for Nanoelectronics/Optoelectronics II – 10:00 – 12:00Co-Chairs: Li-Chyong Chen and Hee Cheul Choi

10:00 2673 One-DimensionalSemiconductorHeterostructures:ChallengesandOpportunities–S.Dayeh(LosAlamosNationalLaboratory)

10:25 2674 ChemicalVaporDepositedMoS2ThinLayersandTheirApplications–L.Li(AcademiaSinica)

10:50 2675 EpitaxialGrowthofIron-SilicideNanodotsonSiSubstratesUsingUltrathinSiO2FilmTechniqueandTheirPhysicalProperties–Y.Nakamura(OsakaUniversity)andM.Ichikawa(UniversityofTokyo)

11:15 2676 Au@SnO2Core-ShellNanowires:NovelMaterialforGasSensor–W.Liu,C.Hsu,andL.Chou(NationalTsingHuaUniversity)

11:30 2677 DCandRFCharacteristicsofGa2O3/GaNSingleNanowireMOSFET–J.Yu,C.Li,P.Yeh,Y.Wu,andL.Peng(NationalTaiwanUniversity)

11:45 2678 ControllableSurfacePlasmonResonancePropertiesofHexagonalClose-packedMetalNanosphereArrays–H.Ting,Y.Lin,L.Chou,C.Tsai,andL.Chen(NationalTsingHuaUniversity)

Low-Dimensional Materials for Nanoelectronics/Optoelectronics III – 14:00 – 15:45Co-Chairs: Lain-Jong Li and Shadi Dayeh

14:00 2679 SurfacePlasmon-EnhancedOpticalPropertiesofCompositeMaterialsContainingMetalNanoparticles:BirefringenceandLaserOscillation–K.Tanaka,K.Fujita,S.Murai,X.Meng,Y.Moriguchi,andT.Komine(KyotoUniversity)

14:25 2680 NanoheterostructuresofSemiconductingNanowiresforElectronicSensorsandPhotodetectors–P.Lee(NanyangTechnologicalUniversity)

14:50 2681 ImplantableandBio-IntegratedFlexibleGaNLED–K.Lee(KAIST)

15:15 2682 PhotoacousticEmissionfromLocalPlasmonResonatorsNanostructuredbyGlancingAngleDeposition–K.Namura,M.Suzuki,K.Nakajima,andK.Kimura(KyotoUniversity)

15:30 2683 FieldEmissionofCore-ShellGa2O3Nanowires–K.Cheng,C.Hsu,C.Hsieh,andL.Chou(NationalTsingHuaUniversity)

Low-Dimensional Materials: Functional Metal Oxide I – 16:00 – 17:35Co-Chairs: Katsuhisa Tanaka and Pooi See LEE

16:00 2684 2DOxideNanosheets:ControlledAssemblyandApplications–M.OsadaandT.Sasaki(NationalInstituteforMaterialsScience)

16:25 2685 OpticalSecondHarmonicGenerationofPtNanowiresCreatedbyShadowDepositiononMgO(110)FacettedTemplates–G.MizutaniandY.Ogata(JapanAdvancedInstituteofScienceandTechnology)

16:50 2686 SiO2nano-cylinderstructureforlow-kdielectriclayer–R.Maeno,T.Fujii,andM.Omiya(KeioUniversity)

17:05 2687 SynthesisandCharacterizationoftheCore-ShellAu/Ga2O3Nanowires–B.Wu,C.Hsu,andL.Chou(NationalTsingHuaUniversity)

17:20 2688 Horizontal-SlotDiskResonatorsIncorporatingNanocrystalsforLow-Cost,On-ChipBio-Sensors–S.Lee,G.Kim,andJ.H.Shin(KAIST)



• 2689 StudyoftheactivevolumeforHighBrightAlGaInP-basedLightEmittingDiodes–H.Oh(KoreaPhotonicsTechnologyInstitute)

• 2690 Near-InfraredLightDetectionofn-Typeβ-FeSi2/i-Si/p-TypeSiHeterojunctionPhotodiodesatLowTemperatures–R.Iwasaki,K.Yamashita,N.Promros,S.Izumi,andT.Yoshitake(KyushuUniversity)

• 2691 Single-NanowireCMOSInverterbasedonAmbipolarSiNanowireFETs–H.Yuan,Q.Li,H.Zhu(GeorgeMasonUniversity),H.Li(NIST&GeorgeMasonUniversity),D.Ioannou(GeorgeMasonUniversity),andC.A.Richter(NIST)

• 2692 VisibleLight-InducedImmobilizationofGoldNanoparticlesonSiliconSubstrates–S.Mo,T.Ichii,K.Murase,andH.Sugimura(KyotoUniversity)

• 2693 FabricationofSiliconNanowireArraysforPhotovoltaicApplications–H.Li(NationalChiaoTungUniversity),J.Tseng(St.John’sUniversity),S.Chiou,H.Liu(NationalChungHsingUniversity),andH.Cheng(NationalChiaoTungUniversity)

• 2694 Ultra-CompactPhotonicCircuitComponentsbasedonPropagationofExcitonPolaritonsinOrganicDyeNanofibers–K.Takazawa,J.Inoue,andK.Mitsuishi(NationalInstituteforMaterialsScience)

• 2695 ExtremelyLowElectronDensityinaModulation-DopedSi/SiGe2DEGbyEffectiveSchottkyGating–J.Li,C.Huang,andJ.Sturm(PrincetonUniversity)

• 2696 InfluencesofHydrogenPassivationonNear-InfraredLightDetectionofn-Typeβ-FeSi2/p-TypeSiHeterojunctionPhotodiodes–R.Iwasaki,K.Yamashita,N.Promros,S.Izumi,andT.Yoshitake(KyushuUniversity)

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Electrochemical Processing for TSVs – 08:00 – 09:40Co-Chairs: R. Akolkar and P. Ramm

08:00 2727 BathStabilityMonitoringforElectrolessCuSeedFormationinHighAspectRatioTSV–F.Inoue(KansaiUniversity),H.Philipsen,S.Armini,A.Radisic,Y.Civale,P.Leunissen(IMEC),andS.Shingubara(KansaiUniversity)

08:20 2728 ViaFillingElectrodeposotionof4μmDiameterviabyPeriodicalReverseCurrent–T.Hayashi,K.Kondo(OsakaPrefectureUniversity),M.Takeuchi(NittoboMedicalCo.,Ltd.),T.Saito,N.Okamoto(OsakaPrefectureUniversity),M.Bunya(NittoboMedicalCo.,Ltd.),andM.Yokoi(OsakaPrefectureUniversity)

08:40 2729 TheEffectofPolymerAdditivesonTSVFillingbyCopperElectroplating–C.Lin,W.Dow(NationalChungHsingUniversity),J.Lin,W.Chang,andH.Lee(IndustrialTechnologyResearchInstitute)

09:00 2730 PeriodicPulseReverseCuElectroplatingforThroughHoleFilling–F.Shen,W.Dow(NationalChungHsingUniversity),J.Lin,W.Chang,andH.Lee(IndustrialTechnologyResearchInstitute)

09:20 2731 Copper-freeThroughSiliconViaFillingbyNi-WElectrodeposition–H.Huang,W.Dow(NationalChungHsingUniversity),J.Lin,W.Chang,andH.Lee(IndustrialTechnologyResearchInstitute)

Electrochemical Processes for Damascene Interconnects – 10:00 – 12:00Co-Chairs: S. Shingubara and M. Hayase

10:00 2732 HighDensityCopperNucleationonRutheniumUsingCommercialPlatingChemistryandItsApplicationtoMetallizationofHighAspectRatioThrough-SiliconVias–P.Shi(AtotechUSAInc.)

10:20 2733 ExplorationofProcessWindowforFillofSub30nmFeaturesbyDirectPlating–M.Nagar,A.Radisic(imec),K.Stubbe(GhentUniversity),andP.Vereecken(imec)

10:40 2734 TheImpactofElectrolyteAcidityonBottom-upMetallizationofCopperInterconnects–L.Boehme(CaseWesternReserveUniversity),J.Wu,X.Kang,R.Preisser(AtotechUSAInc.),andU.Landau(CaseWesternReserveUniversity)

11:00 2735 TemperatureEffectsonAdditivesInducedPolarizationinCopperElectroplatingofInterconnects–L.BoehmeandU.Landau(CaseWesternReserveUniversity)

11:20 2736 EffectofAdditivesonDirectCopperElectrodepositiononTransitionMetalDiffusionBarriersforSilicon-basedIntegratedDevices–B.ImandS.Kim(UniversityofUlsan)

11:40 2737 SuperconformalFilmGrowth–T.MoffatandD.Josell(NationalInstituteofStandardsandTechnology)

Modeling and Characterization of Novel Interconnect Processes – 14:00 – 18:00Co-Chairs: K. Kondo and S. Shingubara

14:00 2738 Multi-ScaleModelingofDirectCopperPlatingonResistiveNon-CopperSubstrates–L.Yang,A.Radisic,M.Nagar(imec),J.Deconinck(VrijeUniversiteitBrussel),L.Leunissen,P.Vereecken(imec),andA.West(ColumbiaUniversity)

14:20 2739 SynergisticEffectsofAdditivesontheFillingProcessofHigh-Aspect-RatioTSV–KineticMonteCarloSimulation–-Y.Fukiage,Y.Kaneko(KyotoUniversity),K.Ohara,andF.Asa(C.Uyemura&Co.,Ltd.)

14:40 2740 UltrathinCopperLayersDepositedbyGalvanicDisplacement:CharacterizationbyAtomProbeTomography–J.Ai,Y.Zhang,A.C.Hillier,andK.R.Hebert(IowaStateUniversity)

15:00 2741 SimulationofShapeEvolutioninThrough-MaskElectrochemicalDeposition–G.J.Wilson,P.McHugh,S.Lee,andT.L.Ritzdorf(AppliedMaterials)

15:20 2742 InverseAnalysisofAcceleratorDistributionforThroughSiliconViaFilling–M.Hayase,T.Matsuoka,K.Otsubo(TokyoUniversityofScience),Y.Onishi,andK.Amaya(TokyoInstituteofTechnology)

15:40 2743 CuElectroplatingforThroughSiliconVias(TSVs)FillingUsingaDimensionallyStableAnode(DSA)–W.Hsiung,W.Dow(NationalChungHsingUniversity),J.Lin,W.Chang,H.Lee(IndustrialTechnologyResearchInstitute),andS.Lin(WasteRecoveryTechnol)

16:00 2744 LeadFreeSolderDepositedbyECD–MaterialAnalysis–T.L.Ritzdorf,S.Lee,andI.Drucker(AppliedMaterials)

16:20 2745 EvaluationofGrainSizeDistributionsof50nmWideCuInterconnectsbyX-rayDiffractionMethod–T.InamiandJ.Onuki(IbarakiUniversity)

16:40 2746 ANovelSynthesisMethodofCuNanoparticleswithHighStabilityandTheirApplicationsActingasSeedLayerofTSV–C.Hsieh,W.Dow,andY.Chang(NationalChungHsingUniversity)

17:00 2747 Halide-FreeFluxActivityatCopperandTinSurface–S.Vegunta,G.Qu,K.Mai,J.Nguyen,andJ.Flake(LouisianaStateUniversity)

17:20 2748 InvestigationoftheMechanismofCuEruption-InducedCopperVoidDefectsinMemoryApplications.–K.Chung,J.Park,T.Yoon,G.Oh,D.Park,S.Kim,D.Im,D.Lee,J.Kim,M.Park,D.Kim,Y.Chung,J.Baek,S.Kwon,H.Jeong,J.Kim,S.Nam(SamsungElectronicsCo.,LTD),H.Kang(SamsungElectronicsCo.,Ltd.),andC.Chung(SamsungElectronicsCo.,Ltd)

17:40 2749 FailureMechanismofCopperThrough-SiliconViasUnderBiasedThermalStress–S.Seo,J.Hwang(SejongUniversity),J.Yang(NationalNanoFabCenter),andW.Lee(SejongUniv.)

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E10More than MooreDielectricScienceandTechnology/ElectronicsandPhotonics/Sensor/NewTechnologySubcommittee319A, Level 3, Hawaii Convention Center

3D Systems Part 2 – 08:30 – 10:00

08:30 2793 Multi-physicsEquivalentCircuitModelsforMEMSSensorsandActuators–T.Konishi,K.Machida(NTTAdvancedTechnologyCorp.),K.Masu(TokyoInstituteofTechnology),andH.Toshiyoshi(TheUniversityofTokyo)

09:05 2794 ThruChipInterfaceforHeterogeneousChipStacking–T.Kuroda(KeioUniversity)


Novel Devices and Processing Part 1 – 10:00 – 11:45

10:00 2795 Energy-efficientNovolatileLogicsystemsbasedonCMOS/spintronicsHybridtechnology–S.Sugahara,Y.Shuto,andS.Yamamoto(TokyoInstituteofTechnology)

10:35 2796 ProgrammableCellArrayusingRewritableAtomSwitch–M.Miyamura,T.Sakamoto(Low-powerElectronicsAssociation&Project),M.Tada(LEAP),N.Banno,K.Okamoto,N.Iguchi,andH.Hada(Low-powerElectronicsAssociation&Project)

11:10 2797 WaferProcessingPhotoresistStrippingRequirements–C.L.Arvin(IBM)andG.Banerjee(AirProductsandChemicals)

Novel Materials and Processing – Graphene – 14:00 – 15:30

14:00 2798 GrapheneforNanoelectronicDeviceApplications–L.Colombo(TexasInstrumentsIncorporated)

14:35 2799 ImprovingIon/IoffinBilayerGrapheneTransistorsbyMolecularFunctionalization–M.Cantoro,A.Nourbakhsh,A.Klekachev,I.Asselberghs,C.Huyghebaert,M.Heyns,andS.DeGendt(imec)


Novel Materials and Processing Part 2 – 15:30 – 17:30

15:30 2800 IntegrationwithDiverseFunctionalitiesonStandardCMOS–K.Masu(TokyoInstituteofTechnology)

16:05 2801 HeterogeneousIntegrationofAlternativeMaterialsandDevicesonSiliconCMOSIntegratedCircuits–T.S.Mayer(ThePennsylvaniaStateUniversity)

16:40 2802 NewTechnologyTrends:ExpandandExtend–R.Rhoades(Entrepix,Inc.)


E12Photovoltaics for the 21st Century 8DielectricScienceandTechnology/Electrodeposition/ElectronicsandPhotonics/EnergyTechnology/IndustrialElectrochemistryandElectrochemicalEngineering314, Level 3, Hawaii Convention Center

Dye Sensitized Solar Cells I – 08:00 – 12:00Co-Chairs: Miyasaka, Druffel, and Rajeshwar

08:00 2853 MicrostructuralControlsofaTitaniaElectrodeforDye-SensitizedSolarCells–A.Nakamura,T.Hyodo,andY.Shimizu(NagasakiUniversity)

08:20 2854 RapidSynthesisofHighPerformanceTiO2NanoparticlesforDye-SensitizedSolarCellsEmployingMicrowaveandSupercriticalWater–K.Manseki,Y.Kondo,D.Ishihama,T.Ban,T.Sugiura(GifuUniversity),andT.Yoshida(YamagataUniversity)

08:40 2855 ProtonatedCarboxylAnchorforStableAdsorptionofRuN749dyeonTiO2Anatase(101)Surface–K.Sodeyama,M.Sumita,andY.Tateyama(NationalInstituteforMaterialsScience(NIMS))

09:00 2856 HighEfficiencyDye-sensitizedSolarCellsUsingThinTiO2FilmsCo-sensitizedbyIndolineDyes–S.MORITA,M.Ikegami,A.Ishii,andT.Miyasaka(ToinUniversityofYokohama)

09:20 2857 PreparationofNon-annealedAnataseTiO2FilmsonITOsubstratesbyAnodizinginHotPhosphate/glycerol–E.Tsuji,N.Hirata,andH.Habazaki(HokkaidoUniversity)

09:40 Intermission(20Minutes)10:00 2858 EnhancedHoleTransportinNickelOxide

ElectrodesforPhotoelectrochemicalSensitizedCells–K.Zhu,S.Kang,N.Neale,andA.Frank(NationalRenewableEnergyLaboratory)

10:20 2859 AlkylationofChlorine6forHigherEfficiencyDye-SensitizedSolarCells–X.Wang(YamagataUniversity),H.Tamiaki(RitsumeikanUniversity),andS.Sasaki(NagahamaInstituteofBio-ScienceandTechnology)

10:40 2860 TinOxideNanowiresandTheirHybridArchitecturesforKineticallyFastRedoxCouplesinDye-SensitzedSolarCells–V.Vendra(UniversityofLouisville),T.Nguyen,D.Amos(UniveristyofLouisville),T.Druffel,andM.K.Sunkara(UniversityofLouisville)

11:00 2861 Nano-ClayElectrolyteforHighPerformanceDye-SensitizedSolarCells–S.Uchida,T.Kubo(TheUniversityofTokyo),andH.Segawa(ResearchCenterforAdvancedScienceandTechnology)

11:20 2862 IntegrationofPolymerElectrolytesinNanostructuredElectrodesofDyeSensitizedSolarCells–S.Nejati,D.Martin(DrexelUniversity),C.Prejean(DrexelUniveristy),J.Deshmukh(DrexelUniversity),andK.K.Lau(DrexelUnversity)

11:40 2863 ConductivityEnhancedCuSCNforImprovedPerformanceinDye-SensitizedSolid-stateSolarCells–A.Konno,E.Premalal,andN.Dematage(ShizuokaUniversity)

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Dye Sensitized Solar Cells II – 14:00 – 16:00Co-Chairs: Druffel and Miyasaka

14:00 2864 Dye-sensitizedphotocapacitorsfabricatedwithionicliquidelectrolytesforpowergenerationandstorage–T.Miyasaka,H.Ina,andM.Ikegami(ToinUniversityofYokohama)

14:20 2865 ImmobilizationofPolymer-ProtectedPlatinumNanoclusteronPlasticSubstrateforHighlyEfficientDye-SensitizedPlasticSolarCell–T.Wei,M.Ikegami,andT.Miyasaka(ToinUniversityofYokohama)

14:40 2866 AtmosphericProcessingofDyeSensitizedSolarCellPhotoanode–T.Druffel,V.Vendra,andR.Lupitskyy(UniversityofLouisville)

15:00 2867 ElectrochemicalAnalysisfortheRealizationofLowTemperatureProcessedZnODye-SensitizedSolarCells–D.T.Bryant,M.Carnie,T.M.Watson,andD.A.Worsley(SwanseaUniversity)

15:20 2868 NanostructuredPhotoelectrodesforDyeSensitizedSolarCells–I.Turkevych,K.Matsubara,andM.Kondo(NationalInstituteofAdvancedIndustrialScienceandTechnology)

15:40 2869 StudyonCentralMetalIonsandElectrolytesforEfficientPorphyrin-sensitizedSolarCells–F.AWAI(TheUniversityofTokyo),Y.Arai(ResearchCenterforAdvancedScienceandTechnology(RCAST)),S.Uchida,T.Kubo(TheUniversityofTokyo),andH.Segawa(ResearchCenterforAdvancedScienceandTechnology)


E12 – Poster Session – 18:00 – 20:00

• 2870 In SituObservationofStructuralChangeinN719DyeMoleculeinDyeSensitizedSolarCellsunderaVisibleLightExposure–C.Yoshida,S.Nakajima(SekisuiChemicalCo.),Y.Syoji,andF.Hirose(YmagataUniversity)

• 2871 GoldNanoparticlesEmbeddedSingleCrystallineZnO(AuNPs@ZnO)NanowireArraysforPlasmonicEnhancedDye-sensitizedSolarCells(DSSCs)–M.Lu,H.Chen,H.Chen,C.Peng,Y.Chueh,S.Gwo,andH.Chen(NationalTsingHuaUniversity)

• 2872 ZincOxideNano-pillarArraypreparedbyaMicrowave-assistedProcessforanOrganicPhotovoltaicCell–N.Murakami,Y.Imoto,andT.Ohno(KyushuInstituteofTechnology)

• 2873 DevelopmentofInvertedOrganicPhotovoltaicCellsUsingAmorphousNiobiumOxideasElectronCollectionLayer–K.Hamada,N.Murakami,andT.Ohno(KyushuInstituteofTechnology)

• 2874 Dye-SensitizedSolarCellPreparedwithTNOTransparentConductiveFilm–S.Takemura(ShizuokaUniversity),R.Muramoto,Y.Sekine(ShizuokaUnivercity),M.Okuya(ShizuokaUniversity),S.Okazaki,E.Sakai,N.Yamada(KAST),T.Hitosugi(TohokuUniversity),andT.Hasegawa(UniversityofTokyo)

• 2875 ReliableandSecureDSSCSub-ModuleAssembledbyOneDropFillingMethod–C.Nishiyama,S.Uchida,T.Kubo(TheUniversityofTokyo),andH.Segawa(ResearchCenterforAdvancedScienceandTechnology)

• 2876 Cu2SCounterPhotocathodesforQuantum-DotSensitizedSolarCells–S.LeeandK.Ahn(YeungnamUniversity)

• 2877 CdSQuantumDotsDepositedbyChemicalBathDepositionfortheApplicationtoQuantumDot-SensitizedSolarCells–D.LeeandK.Ahn(YeungnamUniversity)

• 2878 EffectsofHighPressureAnnealedforElectrodepositedCuInSe2SolarCell–T.Chang,W.Lee,andY.Su(NationalChengKungUniversity)

• 2879 OrganicPhotovoltaicsbyUsingaNanoscaleThinFilmofSolution-basedTitaniumSub-Oxide(SolutionbasedTitaniumsub-oxideNanoscaledThinFilmsforPassivation(orSealant)ofOrganicPhotovoltaicCells)–K.Foe,V.Potturi,M.Samson,H.Baumgart,andG.Namkoong(OldDominionUniversity)

• 2880 TheEffectofTiO2MicrostructureandIntroductionofSilverNanoparticlesonConversionEfficiencyofSb2S3SensitizedSemiconductorSolarCells–S.Yoshioka,T.Mishima,andM.Ihara(TokyoInstituteofTechnology)

• 2881 ZnSFilmsDepositedbyALDforSolarCellApplications–Y.Erkaya,D.Nminibapiel,N.Hegde,K.Aryal,G.Rajan,P.Boland,K.Zhang,H.Baumgart,andS.Marsillac(OldDominionUniversity)

• 2882 MolecularPrecursorsandTheirApplicationtoChalcogenideSolarCell–C.Kim,J.Park,H.Choi,B.Park,J.Song,T.Chung,andD.Jeon(KoreaResearchInstituteofChemicalTechnology)

• 2883 EffectofPost-TreatmentforColloidalPbSQuantumdotsonPerformanceofSchottkySolarCell–J.Kim,J.Song,H.An(KoreaInstituteofMachinery&Materials),K.Kim,andS.Jeong(KoreaInstituteofMachineryandMaterials)

• 2884 AnalysisofDegradationProductsinElectrolyteofDyeSensitizedSolarCellbyHighMassAccuracyMSnandMultivariateStatisticalTechnique–T.Goda,D.Nakayama,T.Nishine,S.Satoshi(SHIMADZUCORPORATION),C.Nishiyama,S.Uchida(TheUniversityofTokyo),andH.Segawa(ResearchCenterforAdvancedScienceandTechnology)

• 2885 ApplicationofElectrochemicalImpedanceSpectroscopyinCharacterizationofMass-andChargeTransferProcessesinDye-SensitizedSolarCell–N.T.Hoang,H.Tran,andT.Nguyen(VietnamNationalUniversity)

• 2886 PhotovoltaicPropertiesinAl-dopedZnO/non-dopedZn1-XMgXO/Cu2OHeterojunctionSolarCells–T.Minami,Y.Nishi,T.Miyata,andS.Abe(KanazawaInstituteofTechnology)

• 2887 Two-StepAnodizationforTiO2NanotubeArrays–Y.Lee,J.Kim(Gangneung-WonjuNationalUniversity),J.Lee(KonkukUniversity),andW.Choi(Gangneung-WonjuNationalUniversity)

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• 2888 DevelopmentofaCu2OZnONanorodHeterojunctionSolarCell–D.Marui,N.Murakami,andT.Ohno(KyushuInstituteofTechnology)

• 2889 FabricationofCZTSbasedSolarCellsUsingNanocrystals–S.Suehiro,M.Yuasa(KyushuUniversity),T.Tanaka(SagaUniversity),K.Fujita,S.Hata,T.Kida,andK.Shimanoe(KyushuUniversity)

• 2890 ElectrochemicallySelf-AssembledZnO/RhodaminedyeHybrid2D-NanostructuretowardsOne-PotSynthesisofSolarCells–S.Lina(YamagataUniversity),T.Sekiya,Y.Kimikado(GifuUniversity),andT.Yoshida(YamagataUniversity)

• 2891 ImprovedConversionEfficiencyofCdSQuantumDot-SensitizedSolarCellsbasedonNanoporous-Layer-CoveredTiO2NanotubeArrays–S.JungandK.Ahn(YeungnamUniversity)

• 2892 PhotovoltaicPerformancesofp-typeNickelOxideasPhotocathodeinPhotoelectrochemicalsolarCells–M.ParkandK.Ahn(YeungnamUniversity)

• 2893 TheEffectofCuILayerDepositedfromVariousSolutionsonthePerformanceofDye-SensitizedSolid-StateSolarCells–S.Endo,T.Yamamoto,andA.Konno(ShizuokaUniversity)

• 2894 FabricationofSiliconandCarbonbasedWide-GapSemiconductorThinFilmsforHighConversionEfficiency–K.Yoshinaga,H.Naragino,A.Nakahara,S.Tanaka,andK.Honda(YamaguchiUniversity)

• 2895 ImprovingtheEfficiencyofPolymer:FullereneBulkHeterojunctionSolarCellsbyVaryingtheMaterialConcentrationinthePhotoactiveLayer–M.Samson,K.Latimer,P.Boland,K.Foe,G.Namkoong,H.Baumgart(OldDominionUniversity),andT.M.Abdel-Fattah(ChristopherNewportUniversity)

• 2896 OpticalManagementbyLocalizedSurfacePlasmonofMetalNanoparticlesandApplicationtoaSolarCell–K.NAM,H.Hachimura,K.Hirano,M.Ihara,P.Sichanugrist,andM.Konagai(TokyoInstituteofTechnology)

• 2897 NovelMethodofSynthesisofZincOxideDopedwithNitrogenforphotocatalyticApplications–J.Flores,J.Valladares,andP.Nandakumar(MidlandCollege)

• 2898 FTOFilmwithHighHazeandTransmittancePreparedforDye-SensitizedSolarCell–R.Murakami(ShizuokaUniversity),R.Muramoto(ShizuokaUnivercity),andM.Okuya(ShizuokaUniversity)

• 2899 Dye-SensitizedSolarCellsBasedonPolyaniline–SingleWallerCarbonNanotubesComposite–T.M.Abdel-Fattah(ChristopherNewportUniversity),S.Ebrahim,andM.Soliman(AlexandriaUniversity)

• 2900 ElectrodepositedZnOMorphological,StructuralandOpticalPropertiesControlbyPotentialSweepRate–E.Matei,M.Enculescu,C.Florica,andI.Enculescu(NationalInstituteofMaterialsPhysics)

• 2901 PhotovoltaicR&DStatusandStrategyofKorea–C.Park(YeungnamUniversity)


Metal and 3D Integration – 08:00 – 09:40

08:00 2964 CuSurfacePassivationwithSelf-AssembledMonolayer(SAM)andItsApplicationforWaferBondingatModeratelyLowTemperature–C.Tan(NanyangTechnologicalUniversity)andD.Lim(NTU)

08:40 2965 EvaluationofTitaniumDirectBondingMechanisms–F.Baudin,L.DiCioccio,P.Gergaud,N.Chevalier,V.Delaye,D.Mariolle,J.Fabbri,B.Imbert(CEA,LETI,MinatecCampus),andY.Bréchet(SIMaP)

09:00 2966 ANewCombinedProcessofFormicAcidPretreatmentforLow-temperatureBondingofCopperElectrodes–W.Yang,M.Akaike,M.Fujino(TheUniversityofTokyo),andT.Suga(UniversityofTokyo)

09:20 2967 Low-TemperatureCu-CuWaferBonding–B.Rebhan(EVGroup),G.Hesser(CenterofSurface-andNanoanalytics,JohannesKeplerUniversity),J.Duchoslav(CenterofSurface-andNanoanalytics,JohannesKeplerUniversity;andChristianDopplerLaboratoryforMicroscopicandSpectroscopicMaterialCharacterization),V.Dragoi(EVGroupE.ThallnerGmbH),M.Wimplinger(EVGroup),andK.Hingerl(CenterofSurface-andNanoanalytics,JohannesKeplerUniversity)

Materials and Device Integration – 10:20 – 12:00

10:20 2968 AdvancedHeterogeneousIntegrationofInPHBTandCMOS/SiGeBiCMOSTechnologies–A.Gutierrez-Aitken,P.Chang-Chien,B.Oyama,D.Scott,K.Hennig,E.Kaneshiro,P.Nam,K.Thai,B.Poust,A.K.Oki,andR.Kagiwada(NorthropGrummanAerospaceSystems)

11:00 2969 WaferLevel3DStackingusingSmartCutTMandMetal-MetalDirectBondingTechnology–L.DiCioccio,F.Mazen(CEA,LETI,Minatec),F.Baudin(CEA,LETI,MinatecCampus),A.Mounier,T.Lacave(CEA,LETI,Minatec),V.Delaye(CEA,LETI,MinatecCampus),B.Imbert(Cea.leti.Minatec),N.Chevalier(CEA,LETI,MinatecCampus),M.Denis(CEA,LETI,Minatec),G.Gaudin,I.Radu,S.Thieffry,andT.Signamarcheix(Soitec)

11:20 2970 Cu-SnTransientLiquidPhaseWaferBonding:ProcessParametersInfluenceonBondedInterfaceQuality–C.Floetgen,K.Corn,M.Pawlak,andV.Dragoi(EVGroupE.ThallnerGmbH)

11:40 2971 LaserTransmissionBondingofSiliconwithTitaniumandCopperLayerforWafer-LevelPackaging–A.Wissinger(RWTHAachenUniversity),M.Schmitz,A.Olowinsky,A.Gillner(FraunhoferInstituteforLaserTechnologyILT),andR.Poprawe(AachenUniversity)

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Mechanics of Wafer Bonding – 14:00 – 16:00

14:00 2972 MechanicsofWaferBondingandLayerTransferProcesses–K.T.Turner(UniversityofPennsylvania)

14:40 2973 AStudyofFactorsInfluencingMicro-Chevron-TestingofGlassFritBondedInterfaces–F.Naumann(FraunhoferInstituteforMechanicsofMaterials),S.Brand(FraunhoferInstituteforMechanicsofMaterialsIWM),D.Wünsch(FraunhoferInstituteforElectronicNanoSystems),P.Czurratis(PVATeplaAnalyticalSystemsGmbH),andM.Petzold(FraunhoferInstituteforMechanicsofMaterialsIWM)

15:00 2974 FailureMechanismsandMechanicalCharacterizationofReactiveBondedInterfaces–B.Boettge(FraunhoferInstituteforMechanicsofMaterialsIWM),F.Naumann(FraunhoferInstituteforMechanicsofMaterials),F.Schippel,andM.Petzold(FraunhoferInstituteforMechanicsofMaterialsIWM)

15:20 2975 LowTemperatureFusionWaferBondingQualityInvestigationforFailureModeAnalysis–V.Dragoi(EVGroupE.ThallnerGmbH),P.Czurratis(PVATeplaAnalyticalSystemsGmbH),S.Brand,A.Graff,C.Patzig,andM.Petzold(FraunhoferInstituteforMechanicsofMaterialsIWM)

15:40 2976 UsingofDifferentNanoScaleEnergeticMaterialSystemsforReactiveBonding–J.Braeuer,J.Besser,M.Wiemer,andT.Gessner(FraunhoferENAS)


E14 – Poster Session – 18:00 – 20:00

• 2977 IntegratingLaserDiodeandOpticalIsolatorbyPhotosensitiveAdhesiveBonding–H.Yokoi,N.Ichishima,andI.Myouenzono(ShibauraInstituteofTechnology)

• 2978 RoomTemperatureWaferBondingbySurfaceActivatedALD-Al2O3–Y.Li(InterUniversityMicroelectronicsCentreofchina),S.Wang(InstituteofMicroelectronics,ChineseAcademyofSciences),B.Sun,H.Chang,W.Zhao(ChineseAcademyofSciences),X.Zhang(SoutheastUniversity),andH.Liu(ChineseAcademyofSciences)

• 2979 InterfaceMorphologyandElectricalPropertiesofBondedGaAs/GaAsWafersatDifferentTemperatures–S.ChangandY.Wu(NationalChiaoTungUniversity)

• 2980 Multi-WavelengthHighResolutionMicro-RamanandOpticalReflectanceCharacterizationofNano-ScaleStrainedSilicon-on-InsulatorSubstrates–T.Kim,T.Shim(HanyangUniversity),W.Yoo(WaferMasters,Inc.),andJ.Park(HanyangUniversity)

• 2981 AdvancedProcessControlinMegasonic-EnhancedPre-BondingCleaning–D.Dussault(ProSysInc.),F.Fournel(CEA,LETI),andV.Dragoi(EVGroupE.ThallnerGmbH)

• 2982 GlassDirectBonding–G.Kalkowski,C.Rothhardt,R.Eberhardt,P.Jobst,andM.Schürmann(FraunhoferIOF)

• 2983 QualityControlofBondStrengthinLow-TemperatureBondedWafers–J.Siegert(amsAG),C.Cassidy,F.Schrank(austriamicrosys-temsAG),R.Gerbach(FraunhoferInstituteforMechanicsofMaterialsIWM),F.Naumann(FraunhoferInstituteforMechanicsofMaterials),andM.Petzold(FraunhoferInstituteforMechanicsofMaterialsIWM)

• 2984 Micro-StructuralAnalysisofAlNWaferBondingandHydrogenIon-InducedSplittingforFilmExfoliation–M.Mamun,K.Tapliy(OldDominionUniversity),O.Moutanabbir(UniversitedeMontreal,Canada),D.Gu,H.Baumgart,andA.Elmustafa(OldDominionUniversity)

• 2985 TheEffectsofCompositionandDesignofExperimentontheQualityofAl-GeEutecticBondingforWaferLevelPackaging–X.Huang,C.Cheng,P.Liu,Y.Hsieh,L.Chao,C.Tsai,D.Huang(TaiwanSemiconductorManufacturingCompany,Ltd.),andC.Colinge(Waferbond)

• 2986 HighResolutionDouble-CrystalX-rayDiffractionImagingforInterfacialDefectDetectioninBondedWafers.–S.Sharma(UCLA)andM.Goorsky(UniversityofCalifornia,LosAngeles)

• 2987 OptimizationofH+ImplantationParametersforExfoliationof4H-SiCFilms–V.P.Amarasinghe,L.Wielunski(RutgersUniversity),A.Barcz(InstituteofElectronTechnology),L.C.Feldman,andG.K.Celler(RutgersUniversity)


Advances in Compound Semiconductor – 08:45 – 12:00

08:45 3014 RevisitingImpurityDopingofIII-NitrideMaterialsforOpticalandMagneticDeviceApplications–J.M.Zavada(NationalScienceFoundation)

09:15 3015 EffectsofProtonIrradiationontheReliabilityofInAlN/GaNHighElectronMobilityTransistors–L.Liu,C.Lo,Y.Xi,Y.Wang(UniversityofFlorida),H.Kim,H.Kim(KoreaUniversity),S.Pearton(UniversityofFlorida),O.Laboutin,Y.Cao,J.Johnson(KopinCorporation),I.Kravchenko(OakRidgeNationalLaboratory),andF.Ren(UniversityofFlorida)

09:45 3016 EfficiencyDroopinGaN-basedLight-EmittingDiodes:MechanismsandSolutions–J.Kim(PohangUniversityofScienceandTechnology(POSTECH)),S.Hwang,J.Park,D.Kim(POSTECH),J.Cho,andE.Schubert(RensselaerPolytechnicInstitute)

10:15 3017 GaNHEMTDegradation:EffectofRFStress–E.Douglas(SandiaNationalLaboratories),B.Gila,F.Ren,C.Abernathy,andS.Pearton(UniversityofFlorida)

10:45 3018 ASurveyofElectricalSignaturesCharacteristicofStep-StressedInGaP/GaAsHBTs–A.G.Baca,A.Scruggs,A.Gorenz,T.Fortune,J.Klem,R.Briggs,J.Clevenger,G.Patrizi,andC.Sullivan(SandiaNationalLaboratories)

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11:15 3019 DirectDieSolderofGaAsPowerAmplifierDiesandApplicationofElectrolesslyPlatedNickelBarrier–H.ShenandS.Maganti(SkyworksSolutions,Inc.)

11:30 3020 ResistiveSwitchingCharacteristicsofN-dopedZnOFilmsUsingAtomicLayerDepsition–T.Huang(PhotonicsandOptoelectronics),W.Chang(NationalTaiwanUniversity),J.Chien(MaterialsScienceandEngineering),C.Kang,P.Yang(NationalTaiwanUniversity),M.Chen(MaterialsScienceandEngineering),andJ.He(NationalTaiwanUniversity)

11:45 3021 InfluenceofCatalysticEffectonTransportBehaviorsofInAsNWsForHighPerformanceNanoscaleTransistors–Y.Chueh(NationalTsingHuaUniversity)

Compound Semiconductor Process – 13:30 – 17:15

13:30 3022 SemiconductorNanostructureDirect-WriteUsingScanningProbesandConductingStamps–M.Rolandi(UniversityofWashington)

14:00 3023 CMOS-CompatiblePrecisePlacementofGeQuantumDotsforNanoelectronic,Nanophotonic,andEnergyConversionDevices–K.Chen,I.Chen,C.Wang,andP.Li(NationalCentralUniversity)

14:30 3024 Why<111>APorePropagationOccursinInPandtheMechanismthatDictatesPoreWidth–R.Lynch(UniversityofLimerick),N.Quill,C.O’Dwyer,S.Nakahara(MaterialsandSurfaceScienceInstitute,UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)

14:45 3025 TiCElectrodeFormedbyMulti-StackingProcessforDiamondContactMetal–Y.Tanaka,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori(TokyoInstituteofTechnology),S.Yamasaki(AdvancedIndustrialScienceandTechnology),andH.Iwai(TokyoInstituteofTechnology)

15:00 3026 ApplicationofInlineX-rayMetrologyforDefectCharacterizationofIII-V/SiHeterostructures–P.Hung(Sematech),M.Wormington,K.Matney,P.Ryan(JordanValleySemiconductorsLtd),K.Dunn(CNSE),A.Wang,R.Hill,M.Wong,J.Price,W.Wang,andG.Bersuker(SEMATECH)

15:15 Intermission(15Minutes)15:30 3027 AdvancedCompoundSemiconductorandSilicon

FabricationTechniquesforNext-GenerationSolarPowerSystems–G.N.Nielson(SandiaNationalLaboratories)

16:00 3028 ImprovementinEtchingRateofEpilayerLift-OffforHighConcentratedSolarCellApplicationswithLowSurfaceTensionFluid–R.Horng,F.Wu,andM.Tseng(NationalChungHsingUniversity)

16:30 3029 BandOffsetsinDielectric/InGaZnO4Heterojunctions–H.Cho(PusanNationalUniversity),K.Kim,E.Douglas,B.Gila,V.Craciun,E.Lambers,F.Ren,andS.Pearton(UniversityofFlorida)

17:00 3030 AnodicFormationofPorousInPinKClSolutions–N.Quill,R.Lynch,C.O’Dwyer(UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)


E15 – SOTAPOCS 54 Poster Session – 18:00 – 20:00Co-Chair: Pablo Chang

• 3031 CytotoxicityStudyofZincOxideNanoparticlesModifiedwithBiologicalCoatings–R.Chung,W.Wei,R.Lin(NationalTaipeiUniversityofTechnology),W.Shih(MetalIndustriesResearchandDevelopmentCentre),andH.Wang(MackayMemorialHospital)

• 3032 4H-SiCLateralJFETforLowPowerOperationalAmplifierApplications–W.Lien(UniversityofCalifornia,Berkeley),D.G.Senesky(StanfordUniversity),andA.Pisano(UniversityofCalifornia,Berkeley)

• 3033 Visible-BlindUltravioletPhotodetectorFabricatedonn-ZnO/LaAlO3/p-SiHeterojunction–D.Tsai,C.Kang,H.Wang(NationalTaiwanUniversity),Y.Chu(NationalChiaoTungUniversity),andJ.He(NationalTaiwanUniversity)


Si-Based TFTs I – 08:00 – 10:20Co-Chairs: R. Ishihara and O. Bonnaud

08:00 3056 TwentyfiveYearsofImprovementoftheSiliconBasedTFT:FromAs-DepositedPolycrystallineSilicontoNanostructuredSiliconDepositedatVeryLowTemperature–T.Mohammed-BrahimandO.Bonnaud(UniversityRennes1)

08:40 3057 BeyondtheCurrentHorizontalofSiliconThinFilmTechnology:Light-SoakingFreeNano-CrystalEmbeddedPolymorphousSiliconThinFilmandTFTbyNeutralBeamAssistedCVDatRoomTemperature–M.HongandJ.Jang(KoreaUniversity)

09:20 3058 ImpactsofChannelThicknessontheCharacteristicsofN-TypePlanarJunctionlessPoly-SiThin-FilmTransistors–C.Lin,H.Lin,andT.Huang(NationalChiaoTungUniversity,Hsinchu,Taiwan,R.O.C.)


Si-Based TFTs II – 10:20 – 11:40Co-Chairs: O. Bonnaud and R. Ishihara

10:20 3059 GrainGrowthControlduringMicro-Thermal-Plasma-JetIrradiationUsingAmorphousSiStripsandSlitMasks–Y.Fujita,S.Hayashi,K.Sakaike,andS.Higashi(HiroshimaUniversity)

10:40 3060 DecreasingtheOff-CurrentforVerticalTFTbyUsinganInsulatingLayerbetweenSourceandDrain–P.Zhang,E.Jacques,R.Rogel,andO.Bonnaud(UniversityRennes1)

11:00 3061 ThickSingleGrainSiliconFormationwithMicrosecondGreenLaserCrystallization–A.Arslan(DelftUniversityofTechnology),H.Kahlert,P.Oesterlin(InnovaventGmbH),D.Mofrad,R.Ishihara,andC.Beenakker(DelftUniversityofTechnology)

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11:20 3062 Single-GrainSiTFTsFabricatedbyLiquid-SiandLong-PulseExcimer-Laser–R.Ishihara,J.Zhang,M.Trifunovic,M.VanderZwan(DelftUniversityofTechnology),H.Takagishi,R.Kawajiri(JapanScienceandTechnologyAgency),T.Shimoda(JapanAdvancedInstituteofScienceandTechnology),andC.Beenakker(DelftUniversityofTechnology)

Si-based TFTs II Continued – 14:00 – 15:50Co-Chairs: K. Takechi and M. P. Hong

14:00 3063 Materials,Processing,andCharacterizationforPrintedFlexibleElectronics–W.S.Wong(UniversityofWaterloo)

14:40 3064 InvestigationofTransferMechanismofSiFilmwithMid-AirStructureInducedbyNear-InfraredSemiconductorDiodeLaserIrradiation–K.Sakaike,Y.Kobayashi,S.Nakamura,M.Akazawa,andS.Higashi(HiroshimaUniversity)

15:00 3065 ModesofOperationandOptimumDesignforApplicationofSource-GatedTransistors–R.A.Sporea,J.M.Shannon,andS.Silva(UniversityofSurrey)


Graphene and Organic TFTs – 15:50 – 17:30Co-Chairs: M. P. Hong and K. Takechi

15:50 3066 CVDProducedGraphene/SiliconNitrideTFTs–W.Milne,M.T.Cole,P.Kidambi(CambridgeUniversity),K.Ying,M.Drapeko,S.Hofmann,andA.Nathan(UniversityofCambridge)

16:30 3067 CharacterizationandModelingofOrganicField-EffectTransistors–G.Horowitz(CNRS)

17:10 3068 CarrierBehaviorinaHighly-DopedP3HTLayerandItsApplicationtoOrganicThinFilmTransistors–D.Tadaki,T.Ma,J.Zhang,S.Iino,Y.Kimura,andM.Niwano(TohokuUniversity)


E16 – Poster Session – 18:00 – 20:00Co-Chair: H. H. Lee

• 3069 HighPerformanceLow-VoltageOrganicPhototransistors:InterfaceModificationandtheTuningofElectrical,PhotosensitiveandMemoryProperties–X.Liu,G.Dong,L.Duan,L.Wang,andY.Qiu(TsinghuaUniversity)

• 3070 InfluenceofAnnealingConditionsontheBiasTemperatureStabilityofMgZnOTFTs–Y.Tsai,J.Chen,andI.Cheng(NationalTaiwanUniversity)

• 3071 ComparativeStudyofIn2O3,ZnOandIn-Zn-OSourceSolutionsforOxideChannelThinFilmTransistors–E.Tokumitsu(JapanAdvancedInstituteofScienceandTechnology),T.Shimizu,K.Haga(TokyoInstituteofTechnology),andT.Shimoda(JapanAdvancedInstituteofScienceandTechnology)

• 3072 Thin-FilmTransistorUsingDielectrophoreticAssemblyofSingle-walledCarbonNanotubes–T.Toda(SchoolofEnvironmentalScienceandEngineering,InstituteforNanotechnology,KochiUniversityofTechnology),T.Kawaharamura(InstituteforNanotechnology,KochiUniversityofTechnology),H.Furusawa(SchoolofEnvironmentalScienceandEngineering,InstituteforNanotechnology,KochiUniversityofTechnology),andM.Furuta(KochiUniversityofTechnology)

• 3073 Degradationofp-ChannelLowTemperaturePoly-SiTFTswithPositiveSourcePulseStress–H.Liu,S.Chiou,P.Chan,C.Kung,F.Wang(NationalChungHsingUniversity),andT.Kang(Feng-ChiaUniversity)

• 3074 SimplePatterningProcessofthePolymerSource/DrainelectrodesforOrganicThin-FilmTransistors–Y.Jang(KoreaInstituteofMachinery&Materials)

• 3075 InfluenceofPolymerDielectricSurfaceEnergyonThin-FilmTransistorPerformanceofSolution-ProcessedTriethylsilylethynylAnthradithiophene(TES-ADT)–L.Chen,P.Lin(DepartmentofMaterialsScienceandEngineering,NationalChiao-TungUniversity,Hsinchu,Taiwan,ROC),C.KIM(SogangUniversity),M.Chen,P.Huang(DepartmentofChemistry,NationalCentralUniversity,Chung-Li,Taiwan,ROC.),J.Ho,andC.Lee(ProcessTechnologyDivision,DisplayTechnologyCenter,IndustrialTechnologyResearchInstitute,Hsinchu,Taiwan,ROC.)

• 3076 StudyofElectronicStructureandFilmCompositionatBackChannelSurfaceofAmorphousIn-Ga-Zn-OThinFilms–A.Hino,T.Kishi,S.Morita,K.Hayashi,andT.Kugimiya(KobeSteel,Ltd.)

• 3077 PerformanceVariationsofAmorphous-In2Ga2ZnO7Thin-FilmTransistorsAccordingtoThinAl2O3PassivationLayerDepositedbyAtomicLayerDeposition–S.Rha,U.Kim,J.Jung,W.Jeon,Y.Yoo,E.Hwang,B.Park,andC.Hwang(SeoulNationalUniversity)

• 3078 Chemical-StructureTailored,HighPerformanceIndiumGalliumZincOxideThin-FilmTransistors–S.Jeong,J.Lee,Y.Seo,S.Choi,Y.Choi,andB.Ryu(KoreaResearchInstituteofChemicalTechnology)

• 3079 ElectrosprayDepositedSemiconductingOxideThinFilmsForDisplayBackplaneTFTApplication–S.LEE(ElectronicsandTelecommunicationsResearchInsitute(ETRI))andC.Hwang(ETRI)

• 3080 Low-Temperature,AqueousSolutionProcessedAmorphousIndiumOxideThinFilmTransistors–K.Choi,S.Chang,T.Oh,S.Jeong,K.Lee,Y.Kim,H.Ha,andB.Ju(KoreaUniversity)

• 3081 CharacteristiscsofNanocrystallineSiliconFilmsDepositedbyCat-CVDBelow100°C–T.Song,K.Keum,S.Kang,J.Park,J.Kim,andW.Hong(UniversityofSeoul)

• 3082 InfluenceofThermalStressandKineticBiasStressonTheElectricalPerformanceofMixedOxideThinFilmTransistors–T.L.Alford,S.Husein,andR.Vemuri(ArizonaStateUniversity)

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• 3083 CompositionDependenceoftheNegativeBiasLightIlluminationInstabilityofIndiumZincOxideTransistors–S.Oh,B.Yang,Y.Kim,andH.Kim(SeoulNationalUniversity)

• 3084 SKPMStudyonOxideTFT–J.ParkandH.Cha(ETRI)

• 3085 TheChangeofElectricalPerformanceandStabilityofTi,B-dopedIn-ZnOxideThinFilmTransistorsDependingonGateInsulators–B.Kim,J.Shin,C.Hong,K.Kim,N.Park,andW.Cheong(ElectronicsandTelecommunicationsResearchInstitute)

• 3086 AqueousInorganicInksforLowTemperatureFabricationofMetalOxide-BasedHigh-MobilityTransparentThin-FilmTransistors–C.Liu,W.Lee,andT.Shih(NationalChengKungUniversity)


FET/Processing/Strain Session 1: SiGe and Ge Channel FET – 08:00 – 10:40Co-Chairs: Yee-Chia Yeo and Bernd Tillack

08:00 3113 ImplantFreeSiGe-QuantumWell:FromDeviceConceptToHigh-PerformingpFETs–J.Mitard,G.Hellings,L.Witters,G.Eneman,A.Hikavyy,B.Vincent,R.Loo,N.Collaert,N.Horiguchi,andA.Thean(imec)

08:30 3114 EffectiveCondensationProcessforHigherGeConcentrationandThinSiGelayer-on-insulatorSubstratesinAdvancedHighMobilityMOSFETs–D.LEE,T.Shim,T.Kim,S.Song,S.Lee(HanyangUniversity),R.Okuyama(SumcoCorporation),andJ.Park(HanyangUniversity)

08:50 3115 SiGeDoped-ChannelFETFormedbySputterEpitaxyMethod–M.Yoshikawa,H.Otsuka(TokyoUniversityofAgriculture&Technology),A.Kasamatsu,N.Hirose,T.Mimura,T.Matsui(NationalInstituteofInformationandCommunicationsTechnology),andY.Suda(TokyoUniversityofAgriculture&Technology)

09:10 3116 HoleMobilityBoostofGep-MOSFETsbyCompositeUniaxialStressandBiaxialStrain–H.Lan,Y.Chen,J.Lin,andC.Liu(NationalTaiwanUniversity)

09:30 Intermission(20Minutes)09:50 3117 ModelingofField-Effect-Transistorswith

StrainedandAlternativeChannelMaterials–F.Conzatti,D.Esseni,P.Palestri,andL.Selmi(UniversityofUdine)

10:20 3118 PhysicalMechanismofEnhancedUniaxialStressEffectonCarrierMobilityinETSOIMOSFETs–T.Ohashi,O.Shunri,andU.Ken(TokyoInstituteofTechnology)

Surfaces and Interfaces Session I – 10:40 – 12:40Co-Chairs: Seiichi Miyazaki and Shigeaki Zaima

10:40 3119 ReliabilityofSiGechannelMOS–J.Franco,B.Kaczer,J.Mitard,M.Toledano-Luque,G.Eneman,P.Roussel,M.Cho,T.Kauerauf(imec),T.Grasser(T.U.Wien),L.Witters,G.Hellings,L.Ragnarsson,N.Horiguchi,M.Heyns,andG.Groeseneken(imec)

11:10 3120 EvaluationofTwocontactResistivityReferencesonSi1-xGexforFDSOI20nmpMOS–E.Bourjot(STMicroelectronics),F.Nemouchi,V.Carron(CEA-LETI),Y.Morand(STMicroelectronics),S.Bernasconi,M.Vinet,J.Damlencourt,F.Allain,O.Cueto,D.Lafond(CEA-LETI),andD.Mangelinck(IM2NP,UMRCNRS)

11:30 3121 GateStackandSource/DrainJunctionFormationsforHigh-MobilityGeMOSFETs–H.Nakashima,K.Yamamoto(KyushuUniversity),H.Yang(KyushuUniverisy),andD.Wang(KyushuUniversity)

12:00 3122 ThermallyStableNiSi2forGeContactwithSchottkyBarrierHeightModulationCapability–R.Yoshihara,Y.Tamura,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori,andH.Iwai(TokyoInstituteofTechnology)

12:20 3123 EffectofanAtomicallyMatchedStructureonFermi-levelPinningatMetal/p-GeInterfaces–K.Kasahara,H.Yoshioka,S.Yamada,T.Nishimura,M.Miyao,andK.Hamaya(KyushuUniversity)

Processing Session 1: Strain, Defects, and Diffusion – 13:50 – 16:05Co-Chairs: D. Gruetzmacher and A. Sakai

13:50 3124 UnderstandingDiffusion,Activation,andRelatedPhenomenainSiGeAlloys:ModelsandChallenges–H.W.Kennel(IntelCorporation)

14:20 3125 StrainControlofSiandSi1-x-yGexCyLayersinSi/Si1-x-yGexCy/SiHeterostructures–J.Murota(TohokuUniversity),T.Kikuchi,andM.Sakuraba(TohokuUniv.)

14:50 3126 PhosphorusProfileControlinGebySiDeltaLayers–Y.Yamamoto,P.Zaumseil,R.Kurps(IHP),J.Murota(TohokuUniversity),andB.Tillack(IHP)

15:10 3127 DopantEnhancedDiffusionforHighn-typedDopedGe–Y.Cai,R.E.Camacho-Aguilera,J.Bessette,L.Kimerling,andJ.Michel(MassachusettsInstituteofTechnology)

15:30 3128 AThreadingDislocationDensityStudyofGeEpitaxialLayeronSiandTheDependencyonVariousPostGrowthTreatments–A.SilberandE.Ginsburg(MicronSemiconductorsIsraelLtd.)


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316B, Level 3, Hawaii Convention Center

Optoelectronics Session 1: Solar Cells, Emission, and Photonics – 13:50 – 16:05Co-Chair: Gianlorenzo Masini

13:50 3129 GeOpticalEmittersFabricatedbyGeCondensationandEpitaxialGrowth–K.Oda,K.Tani,S.Saito,andT.Ido(PETRA)

14:20 3130 Group-IVSubcellsinMultijunctionConcentratorSolarCells–R.R.King,C.Fetzer,P.Chiu,E.Rehder,K.Edmondson,andN.Karam(Spectrolab,Inc.)

14:50 3131 SubstrateDesignandThermalBudgetTuningforIntegrationofPhotonicComponentsinaHigh-PerformanceSiGe:CBiCMOSProcess–D.Knoll,H.Richter,B.Heinemann,S.Lischke,Y.Yamamoto,L.Zimmermann,andB.Tillack(IHP)

15:10 3132 DirectBand-gapElectroluminescencefromStrainedn-GeLightEmittingDiodes–P.Velha,K.F.Gallacher,D.C.Dumas,D.J.Paul(UniversityofGlasgow),M.Myronov,andD.R.Leadley(UniversityofWarwick)

15:30 3133 ParametersControllingEmissionofTerahertzFrequencyElectromagneticRadiationfromInAsandGaAs:AnEnsembleMonteCarloSimulationStudy–D.CortieandR.Lewis(UniversityofWollongong)


316A, Level 3, Hawaii Convention Center

Epitaxy Session 1: Pre-epi Si Surface Cleaning and III-V Compound Semiconductor Hetero-Epitaxy – 16:05 – 18:05Co-Chairs: Yee-Chia Yeo and Alexander Reznicek

16:05 3134 Selective-AreaEpitaxialLateralOvergrowthofInGaAsMicrodiscsonSi–M.Sugiyama(UniversityofTokyo)

16:35 3135 III-V/GaPEpitaxyonSiforAdvancedPhotovoltaicsandGreenLightEmitters–S.A.Ringel,T.Grassman,C.Ratcliff,A.Carlin,J.Carlin,L.Yang,andM.Mills(TheOhioStateUniversity)

17:05 3136 ControllingEpitaxialGaAsP/SiGeHeterovalentInterfaces–P.Sharma,T.Milakovich,M.Bulsara,andE.A.Fitzgerald(MassachusettsInstituteofTechnology)

17:25 3137 HighEfficiencyLowTemperaturePre-epiCleanMethodforAdvancedGroupIVepiProcessing–V.Machkaoutsan(ASMBelgium),D.Weeks,M.Bauer(ASMAmerica),J.Maes(ASMBelgium),J.Tolle(ASMAmerica),S.Thomas(ASM),A.Alian,A.Hikavyy,andR.Loo(imec)

17:45 3138 HeteroepitaxyofIII-VCompoundSemiconductorsonSiforLogicApplications:SelectiveAreaEpitaxyinShallowTrenchIsolationStructuresvs.DirectEpitaxymedi-atedbyStrainRelaxedBuffers–M.Cantoro,C.Merckling,S.Jiang,W.Guo,N.Waldron,H.Bender,J.Dekoster,R.Loo,W.Vandervorst,M.Caymax,andM.Heyns(imec)


Optoelectronics Session 2: Lasing, Strain and Interconnects – 16:05 – 18:05Co-Chair: Gianlorenso Masini

16:05 3139 ElectricallyPumpedLasingfromGe-on-Si–J.Michel(MassachusettsInstituteofTechnology)

16:35 3140 StrainEngineeringforOpticalGaininGermanium–P.Boucaud(CNRS),M.ElKurdi,M.DeKersauson,A.Ghrib(UnivParis-Sud),S.Sauvage,R.Jakomin,G.Beaudoin,O.Mauguin,L.Largeau,I.Sagnes(CNRS),G.Ndong,M.Chaigneau,andR.Ossikovski(EcolePolytechnique)

17:05 3141 SiliconCompatibleHighPerformanceOpticalInterconnectTechnology–B.Dutt(APICCorporation)

17:25 3142 OpticalCharacterizationofGe-on-SiGrownbyusingRTCVD–T.Kim,Y.Kil,W.Hong,H.Yang,S.Kang,T.Jeong,andK.Shim(ChonbukNationalUniversity)

17:45 3143 HighExtinctionRatio,LowEnergyConsumptionGeQuantumWellElectro-AbsorptionModulatorwith23GHzBandwidth–G.Isella(PolitecnicodiMilano),P.Chaisakul,D.Marris-Morini,M.SaïdRouifed(Univ.Paris-Sud),D.Chrastina,J.Frigerio(L-NESSDip.diFisica–PolitecnicodiMilano),X.LeRoux,S.Edmond,J.Coudevylle,andL.Vivien(Univ.Paris-Sud)


E17 – Poster Session – 18:00 – 20:00

• 3144 EffectsofHClontheGrowthofEpitaxialGe–D.Franca(ResearchFoundationofSUNY)

• 3145 AnalysisofLocalElectricConductivePropertyforSiNanowireModels–Y.Ikeda,M.Senami,andA.Tachibana(KyotoUniversity)

• 3146 Ge1-xSnxAlloysPseudomorphicallyGrownbyR.F.MagnetronSputtering–H.PérezLadróndeGuevara(UniversidaddeGuadalajara),Á.RodríguezVázquez,H.NavarroContreras,andM.VidalBorbolla(UniversidadAutónomadeSanLuísPotosí)

• 3147 HighQualitySiliconCapLayerfor28nmandBeyondPMOSProcesses–C.Liao,T.Hsuan,C.Chien,M.Chan(UnitedMicroelectronicscorp),C.Yang(UnitedMicroelectronicsCorp.),J.Wu(UnitedMicroelectronicsCorp),andB.Ramachandran(AppliedMaterialsInc.)

• 3148 AccurateReactiveIonEtchingofSi,GeandPDopedGeinanSF6-O2Radio-FrequencyPlasma–C.Wongwanitwattana,V.A.Shah,M.Myronov,E.H.Parker,T.E.Whall,andD.R.Leadley(UniversityofWarwick)

• 3149 FormationofLargeGrainSiGeonInsulatorbySiSegregationinSeedless-Rapid-MeltingProcess–R.Kato,M.Kurosawa(KyushuUniv.),R.Matsumura,T.Sadoh(KyushuUniversity),andM.Miyao(KyushuUniv.)

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• 3150 DirectMeasurementofSiliconStrainInducedbyStressedTiNxStripesThroughRaman–Z.Fu,X.Ma,H.Yin,J.Niu,J.Yan(InstituteofMicroelectronicsofChineseAcademyofSciences),andC.Zhao(ChineseAcademyofSciences)

• 3151 Nano-EngineeredGexSi1-x-onInsulatorforHeteroepitaxy–K.Hossain,O.Holland(AmethystResearchInc),M.Debnath,T.Mishima,andM.Santos(UniversityofOklahoma)

• 3152 NMOSSiPEpitaxyProcess–OptimizingFacetGrowth–C.Liao,C.Chien,M.Chan(UnitedMicroelectronicscorp),C.Yang(UnitedMicroelectronicsCorp.),J.Wu(UnitedMicroelectronicsCorp),C.Chung(AppliedMaterialsInc),andB.Ramachandran(AppliedMaterialsInc.)

• 3153 ControlofSchottkyBarrierHeightatAl/p-GeJunctionsbyUltrathinLayerInsertion–A.Ohta,M.Matsui,H.Murakami,S.Higashi(HiroshimaUniversity),andS.Miyazaki(NagoyaUniv.)

• 3154 CharacterizationofResistance-SwitchingPropertiesofSiOxFilmsUsingPtNanodotsElectrodes–K.Makihara,M.Fukushima(NagoyaUniversity),A.Ohta,M.Ikeda(HiroshimaUniversity),andS.Miyazaki(NagoyaUniv.)

• 3155 X-rayandRamanCharacterizationofstrainedSiGeLayersTreatedbyStainEtching–W.Zhou,R.Liang,andL.Yan(TsinghuaNationalLaboratoryforinformation,InstituteofMicroelectronics,TsinghuaUniversity)

• 3156 Ge-on-SiBufferlessEpitaxialGrowthforPhotonicDevices–R.E.Camacho-Aguilera,Y.Cai,J.Bessette,X.Duan,L.Kimerling,andJ.Michel(MassachusettsInstituteofTechnology)

• 3157 FormationofLarge-GrainGe(111)FilmsonInsulatorbyGold-InducedLayer-ExchangeCrystallizationatLowTemperature–J.Park,T.Suzuki,M.Kurosawa,M.Miyao,andT.Sadoh(KyushuUniversity)

• 3158 ImpedanceSpectroscopyofGeSn/GeHeterostructuresbyaNumericalMethod–B.Baert(UniversityofLiege),O.Nakatsuka,S.Zaima(NagoyaUniversity),andN.Nguyen(UniversityofLiege)

• 3159 ImprovementsinAtomicLayerDepositionNucleationonGe(100)andSiGe(100)viaHOOHdosing–T.Kaufman-Osborn,J.Lee,K.Kiantaj,andA.Kummel(UniversityofCalifornia,SanDiego)

• 3160 OrientationDependenceofSi1-xCx:PGrowthandtheImpactonFinFETStructures–J.Tolle,D.Weeks,M.Bauer(ASMAmerica),V.Machkaoutsan,J.Maes(ASMBelgium),M.Togo,A.Hikavyy,S.Brus,andR.Loo(imec)

• 3161 HighThroughputSEGofHighlyIn SituDopedSiCP/SiPLayersforNMOSDevicesUsingaSi3H8SiH3CH3/PH3/Cl2basedCDEProcess–M.Bauer(ASMAmerica)

• 3162 Ge-on-Si:Single-CrystalSelectiveEpitaxialGrowthinaCVDreactor–A.Sammak,W.DeBoer,andL.K.Nanver(TUDelft)

• 3163 TheStructuralandElectricalPropertiesinCeO2DielectriconGeSubstrateforMOSCapacitorsbyAtomicLayerDepositionwithCe(iprCp)3–I.Oh,M.Kim,J.Park(YonseiUniversity),J.Gatineaub,K.Changhee(K.K.AirLiquideLaboratories),andH.Kim(YonseiUniversity)

• 3164 Point-of-UseSamplingandOrganicImpurityAnalysisforBulkGasesinSemiconductorProcessing–J.PARK,S.Shin*,Y.Lee*,P.Jun*,andJ.Kim*(SamsungElectronicsCo.,Ltd)

• 3165 ElectronicBandStructureandEffectiveMassesofGe1-xSnxAlloys–K.Low,Y.Yang,G.Han(NationalUniversityofSingapore),W.Fan(NanyangTechnologicalUniversity),andY.Yeo(NationalUniversityofSingapore)

• 3166 Multi-WavelengthHighResolutionMicro-RamanandOpticalReflectanceCharacterizationofNano-ScaleStrainedSilicon-on-InsulatorSubstrates–T.Kim,T.Shim(HanyangUniversity),W.Yoo(WaferMasters,Inc.),andJ.Park(HanyangUniversity)

• 3167 TheoreticalCalculationofDefectsFormationUnderThermalEquilibriuminHeavilyn-typeDopedGermanium–K.Takinai,Y.Ishikawa,andK.Wada(TheUniversityofTokyo)

• 3168 StrainEngineeringinGeSnSiMaterials–H.Radamson,M.Noroozi,A.Jamshidi,andM.Ostling(RoyalInstituteofTechnology(KTH))

• 3169 OptimizationofSiC:PRaisedSourceDrainEpitaxyforPlanar20nmFullyDepletedSOIMOSFETStructures–N.Loubet(STMicroelectronics),T.Nagumo(Renesas),T.Adam(IBM),Q.Liu(STMicroelectronics),M.Raymond(Globalfoundries),K.Cheng,A.Khakifirooz,Z.Zhu(IBM),P.Khare(STMicroelectronics),V.Paruchuri(IBMResearch),B.Doris(IBM),andR.Sampson(STMicroelectronics)

• 3170 EvidenceofBoronClusterFormationinUltra-ShallowIonImplantedGe–B.R.Yates,B.L.Darby,N.Rudawski(UniversityofFlorida),D.H.Petersen,O.Hansen(TechnicalUniversityofDenmark),R.Lin,P.F.Nielsen(CAPRESA/S),A.Kontos(AppliedMaterials),andK.S.Jones(UniversityofFlorida)

• 3171 StrainEvolutionofSi1-xGexSelectiveEpitaxialGrowthinSteps–S.Koo,S.Kim,andD.Ko(YonseiUniversity)

• 3172 FormationofSiliceneand2DSiSheetsonAg(111):GrowthMode,StructuralandElectronicProperties–P.Vogt,T.Bruhn(TU-Berlin),A.Resta(CNRS-CINaM),B.Ealet(Aix-MarseilleUniversity),P.DePadova(CNR-ISM),andG.LeLay(Aix-MarseilleUniversity)

• 3173 InvestigationsonGeODisproportionationUsingX-rayPhotoelectronSpectroscopy–S.Wang(InstituteofMicroelectronics,ChineseAcademyofSciences),H.Liu(ChineseAcademyofSciences),T.Nishimura,K.Nagashio,K.Kita,andA.Toriumi(TheUniversityofTokyo)

• 3174 TheOxidationofGermaniumSurfacesInvestigatedattheAtomicScale:Site-specificAtomicandElectronicStructure–C.Fleischmann,K.Schouteden(KULeuven),C.Merckling,S.Sioncke,M.Meuris(imec),C.VanHaesendonck,K.Temst,andA.Vantomme(KULeuven)

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F1Bio-Enabled Materials, Processes, and DevicesElectrodeposition/PhysicalandAnalyticalElectrochemistry/Sensor311, Level 3, Hawaii Convention Center

Biological Templates for Device Fabrication – 10:00 – 12:00Co-Chair: Nosang Myung

10:00 3250 (Invited)RationalDesignofProteinsforModulationofMaterialsGrowthProcesses–D.T.Schwartz(UniversityofWashington)

10:40 3251 (Invited)SelectiveMetallizationofScaffoldedDNAOrigamitoFormSelf-AssembledNanoelectronicSystems–A.T.Woolley,Y.Geng,E.Pound,M.Lydiksen,A.Pearson,J.Liu,B.Uprety,R.Davis,andJ.N.Harb(BrighamYoungUniversity)

11:20 3252 DNA/MetalNanoparticlesFunctionalizedSingle-WalledCarbonNanotubesBasedGasSensorArrays–H.C.Su,M.Zhang(UniversityOFCALIFORNIA,RIVERSIDE),J.Lim(KoreaInstitutteofMaterialsScience),andN.Myung(UniversityofCalifornia–Riverside)

11:40 3253 UseofGalvanicDisplacementtoFabricateDNA-TemplatedTelluriumandBismuthTellurideNanowires–J.Liu,B.Uprety(BrighamYoungUniversity),N.Myung(UniversityofCalifornia–Riverside),andJ.N.Harb(BrighamYoungUniversity)

Bio-enabled Materials – 14:00 – 16:40Co-Chairs: John Harb and Sachio Yoshihara

14:00 3254 (Invited)ModificationofSolidSurfacewithSelf-AssembledMonolayerforChiralSensing–T.NakanishiandT.Osaka(WasedaUniversity)

14:40 3255 DesignofMolecularRecognitionInterfaceforDetectingCarbohydrateandLectinWeakInteractions–Y.SATO(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),K.Yoshioka(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Murakami(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andO.Niwa(NationalInstituteofAdvancedIndustrialScienceandTechnology)

15:00 3256 InterfacialStructureandFunctionofNano-StructuredMembranesofNewlySynthesizedPhosporylcholineDerivatives–T.SawaguchiandM.Tanaka(NationalInstituteofAdvancedIndustrialScienceandTechnology)

15:20 3257 AStudyontheEffectofNovelSurfaceTreatmentsandBiodegradablePolymerCoatingsonCorrosionandSurfacePropertiesofTernaryNitinolAlloys–C.PulletikurthiandN.Munroe(FloridaInternationalUniversity)

15:40 3258 UsingBiocompatibleIonicliquidtoControltheCorrosionofMgAlloysinSimulatedBodyFluid–Y.Zhang(ACES/IFM),B.Hinton(IFM/DeakinUniversity),G.Wallace,X.Liu(IPRI/UniversityofWollongong),andM.Forsyth(DeakinUniversity)

16:00 3259 DevelopmentofNovelGuidedTissueRegenerationMembranesforBiomedicalApplications–Y.C.ChenandK.Ou(TaipeiMedicalUniversity)

16:20 3260 MultifunctionalBiodegradableCross-LinkedPolymerResearchandDevelopmentandClinicalApplicationofAnimalExperiments–W.SuandK.K.Ou(TaipeiMedicalUniversity)


F1 – Poster Session – 18:00 – 20:00

• 3261 InvestigatingPhosphonateMonolayerStabilityasProtectiveCoatingsforRetinal-NeuralSensors–B.A.Branch(TheUniversityofNewMexico/LosAlamosNationalLaboratory),M.Dubey,A.Aaron,K.Baldwin,A.M.Dattelbaum(LosAlamosNationalLaboratory),andD.Petsev(TheUniversityofNewMexico)

F2Electrodeposition General Session: Fundamentals and New Materials – Dieter M. Kolb Memorial SymposiumElectrodeposition313B, Level 3, Hawaii Convention Center

Session III Cont’d: Thin Film Electrodeposition – 08:00 – 11:00Co-Chairs: G. Zangari and R. Sawaguchi

08:00 3276 ElectroformingofThickFilmBi2Te3-basedThermoelectrics–C.L.Arrington,P.Sharma,J.Coleman,E.Baca,A.Rowen,D.Banga,D.B.Robinson,andV.Stavila(SandiaNationalLaboratories)

08:20 3277 ElectrodepositionofSbxTeyandBixTeyThinFilmsforThermoelectricapplication–J.Lim(KoreaInstitutteofMaterialsScience),I.Yoo(KIMS),N.Myung(UniversityofCalifornia–Riverside),Y.Song,D.Chang,D.Lim(KoreaInstituteofMaterialsScience),Y.Kim(PusanNationalUniversity),andK.Lee(KoreaInstituteofMaterialsScience)

08:40 3278 WearandCorrosionResistanceofCr-CDepositsObtainedfromaTrivalentChromiumElectroplatingBathwiththeAdditionofNanosizedAl2O3Powder–C.Huang,C.Chuang,andC.Lin(ChangGungUniversity)

09:00 3279 EffectsofSonicationonElectrodepositedNickel-basedCarbonNanotubeCompositesCoatings–T.SuzukiandM.Kato(YamagataResearchInstituteofTechnology)

09:20 3280 ApplicationofArtificialNeuralNetworkstoPredictChemicalCompositionofElectrodepositedNanocrystallineNi-MoThinFilms–M.Allahyarzadeh(AbadanfacultyofPetroleumEngineering),A.Ashrafi(ShahidChamranUniversityofAhvaz),B.Roozbehani(AbadanfacultyofPetroleumEngineering),andA.Seddighian(SharifUniversityofTechnology)

09:40 Intermission(20Minutes)10:00 3281 StepwiseAnodizingProcessesforHierarchical

NanoporousStructures–C.JeongandC.Choi(StevensInstituteofTechnology)

10:20 3282 DependenceofFermiLevelinConductingPolymersJoinedwithOxideSemiconductoronItsCrystalPlane–Y.Fujikawa(ChibaInstituteofTechnology),J.Kawakita,T.Chikyow(NationalInstituteforMaterialsScience),andY.Sakamoto(ChibaInstituteofTechnology)

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10:40 3283 PhotoluminescencePropertiesofElectrodepositedPorousSilicon/CeriumoxideComposite–M.MizuhataandY.Kubo(KobeUniversity)

Session IV: Deposition – 11:00 – 12:00Co-Chairs: S. Yoshimoto and S. Brankovic

11:00 3284 SuperconformalFilmGrowth:ChallengesandOpportunities–T.Moffat,G.Liu(NationalInstituteofStandardsandTechnology),S.Zou(MiamiUniversity),L.Richter(NationalInstituteofStandardsandTechnology),L.OuYang(TSMC),C.Lee(KAERI),andD.Josell(NationalInstituteofStandardsandTechnology)

11:20 3285 BeyondInterfacialAnion/CationPairing:TheRoleofCu(I)CoordinationChemistryfortheActionofLevelerAdditivesinCopperElectroplating–M.Hai,F.Janser,T.Brunner(UniversityofBern),A.Fluegel(BASFSE),F.Simona,M.Cascella,K.Kraemer(UniversityofBern),D.Mayer,M.Arnold(BASFSE),andP.Broekmann(UniversityofBern)

11:40 3286 InfluenceofGlycineasAdditiveonCobaltElectrodeposition–R.A.CritelliandP.Sumodjo(UniversidadedeSãoPaulo)

Session IV Cont’d: Deposition – 14:00 – 16:00Co-Chairs: U. Stimming and T. Kondo

14:00 3287 MechanisticStudiesofZincElectrodepositionfromDeepEutecticElectrolytes–L.Vieira(CESTCompetenceCentreforElectrochemicalSurfaceTechnology),B.Gollas(GrazUniversityofTechnology),andR.Schennach(InstituteofSolidStatePhysics,GrazUniversityofTechnology)

14:20 3288 TheoreticalAnalysisoftheSolventEffectonHypophosphiteIonAdsorptiononPdandCuSurfaces–M.Kunimoto,K.Seki,H.Nakai,andT.Homma(WasedaUniversity)

14:40 3289 ElectrodepositionofFeRhAlloys:InfluenceofAgUnderlayer–R.DellaNoce(Unesp),D.Cornejo,H.Kumar(USP),andA.Benedetti(Unesp)

15:00 3290 SurfaceAlloyFormationDuringPbUPDonCu(100)andItsRoleinCu-PbAlloyDeposition–D.Gokcen,C.Hangarter,andT.Moffat(NationalInstituteofStandardsandTechnology)

15:20 3291 AnEnvironmentallyFriendlyProcessforElectroplatingCopperonZinc–C.Liao,F.Ernst,andU.Landau(CaseWesternReserveUniversity)

15:40 3292 StudyoftheCopperElectrodepositionMechanismonMolybdenumSubstrate–E.Delbos,H.ElBelghiti(OMGUltraPureChemicals),D.Mercier,J.Vigneron,M.Bouttemy,andA.Etcheberry(InstitutLavoisierdeVersailles)

Session IV Cont’d: Deposition – 16:00 – 18:00Co-Chairs: L. Kibler and M. Mizuhata

16:00 3293 DepositionofMetallicNanoparticles;VariationsofParticleSize–T.Brülle,O.Schneider(TechnischeUniversitätMünchen),andU.Stimming(TUMCREATECentreforElectromobility)

16:20 3294 ElectrodepositionofArraysofAu/NiO/AuNanowireHeterostructuresforReRAMApplications–D.Perego,S.Franz,M.Bestetti(PolitecnicodiMilano),S.Brivio,G.Tallarida(LaboratorioMDM,IMM-CNR),andS.Spiga(CNR-IMM)

16:40 3295 CrystalOrientationofIronProducedbyElectrodeoxidationofHematiteParticles–M.Tokushige(NorwegianUniversityScienceTechnology),O.Kongstein(SINTEF),andG.Haarberg(NorwegianUniversityofScienceandTechnology)

17:00 3296 StudyoftheElectrodepositionofZn-TiO2DispersionCoatings–M.K.Camargo(IlmenauUniversityofTechnology),U.Schmidt(TechnischeUniversitaetIlmenau),andA.Bund(TechnischeUniversitätIlmenau)

17:20 3297 EpitaxialGrowthofAuonPt(111)andPt(poly)bySurfaceLimitedRedoxReplacementofPbUPDLayer–N.Dimitrov,C.Mitchell,andM.Fayette(SUNYatBinghamton)

17:40 3298 ImplicationsontheUseof1-Dand2-DModelsforMetalElectrodeposition:VoltammetryandImpedanceAnalysis–J.G.VazquezandM.Pritzker(UniversityofWaterloo)


F2 – Poster Session – 18:00 – 20:00

• 3299 UnderstandingtheMechanismofFunctionalMoleculesinShape-ControlledSynthesisofNanomaterials--In SituFTIRSpectroscopicStudyofCitrateAdsorptiononPtPolycrystallineandSingleCrystalElectrodes–D.Chen,J.Ye,C.Xu,X.Li,J.Li,C.Zhen,andS.Sun(XiamenUniversity)

• 3300 FabricationofLowCTEMetalMasksbytheInvarFe-NiAlloyElectroformingProcessforLargeandFinePitchOLEDDisplays–T.Nagayama,T.Yamamoto,T.Nakamura,andY.Mizutani(Kyotomunicipalinstituteofindustrialtechnologyandculture)

• 3301 SynthesisandCharacterizationofElectrodepositedCu2OThinFilmforPhoto-ElectrochemicalCells–M.Kim(KoreaInstituteofMaterialsScience),S.Yoon(HanyangUniversity),D.Chang(KoreaInstituteofMaterialsScience),N.Myung(UniversityofCalifornia–Riverside),D.Lim(KoreaInstituteofMaterialsScience),I.Kim(Dong-AUniversity),B.Yoo(HanyangUniversity),K.Lee(KoreaInstituteofMaterialsScience),andJ.Lim(KoreaInstitutteofMaterialsScience)

• 3302 CharacterizationofZn-Ni-PalloysElectrodepositedinAlkalineSolutions–Y.Kamimoto,K.Yamamoto,S.Yamashita,andR.Ichino(NagoyaUniversity)

• 3303 TheElectrodepositionofZinc-BismuthAlloys–A.Luegger(CESTCompetenceCentreforElectrochemicalSurfaceTechnology),B.Gollas(GrazUniversityofTechnology),andJ.Zidar(MibaGleitlagerGmbH)

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• 3304 InfluenceofAdatomSupersaturationonRealActivationEnergyofChargeTransferStagedur-ingMetalElectrocrystallization–I.Kryshtop,N.Yurchenko,andV.Trofimenko(DnipropetrovskNationalUniversity)

• 3305 ElectrochemicalAssemblyofRutheniumComplexesduringtheMultilayeringProcessofMnO2–K.Tomono,R.Yamaguchi,andM.Nakayama(YamaguchiUniversity)

• 3306 AFMAnalysisforInitialStageofElectrolessDisplacementDepositionofSilveronSiliconSurface–T.Ego(GraduateschoolofEngineering,UniversityofHyogo),S.Yae(UniversityofHyogo),T.Hagihara(ShinkoseikiCo.,Ltd.),N.Fukumuro,andH.Matsuda(UniversityofHyogo)

• 3307 FabricationofCu-AgFilmUsingElectrodepositionandCharacterizationofItsProperties–H.Ko(UniversityofIncheon),M.Kim,J.Kim(SeoulNationalUniversity),andO.Kwon(UniversityofIncheon)

• 3308 DegradationofAdditivesandItsInfluencesonCopperElectrodeposition–S.Choe,M.Kim,H.Kim,T.Lim(SeoulNationalUniversity),A.Lee,S.Jun,K.Woo(LSMtronLtd.),andJ.Kim(SeoulNationalUniversity)

• 3309 ElectrodepositionofCoNiWAlloys:HCP-FCCStructuralTransition–A.M.Sakita(InstitutodeQuímica–Unesp),R.DellaNoce,C.SadaoFugivara,andA.VicenteBenedetti(Unesp)

• 3310 ElectrochemicalFormationofFunctionalSilverCoatings:NanostructuralPeculiarities–O.BersirovaandV.Kublanovsky(V.I.VernadskiiInstituteofGeneralandInorganicChemistryNASofUkraine)

• 3311 HighTemperatureHardnessofElectrodepositedNickel-basedCarbonNanotubeCompositeCoatings–T.Suzuki,M.Kato,T.Matsuda,andS.Kobayashi(YamagataResearchInstituteofTechnology)

F3Electroless Deposition: Principles, Activation, and Applications 2Electrodeposition306A, Level 3, Hawaii Convention Center

Co-Chairs: Stojan Djokic, T. Homma, L. Magagnin, and J. Stickney

10:00 3328 ElectrolessAtomicLayerDeposition:aScalableApproachtoTailoredSurfaceStructures–D.B.Robinson,P.Cappillino(SandiaNationalLaboratories),L.Sheridan,andJ.Stickney(TheUniversityofGeorgia)

10:20 3329 ElectrolessDepositionofCuandAgonValveMetalSubstrates–L.Nolan(UniversityofAlberta),S.Djokic(ElchemConsultingLtd.),K.Cadien,andT.Thundat(UniversityofAlberta)

10:40 3330 ChemicalModificationofNano-NonwovenFabricsUsingElectrochemicalandElectrolessDeposition–S.NdzesseandC.Shannon(AuburnUniversity)

11:00 3331 MiniatureFuelCellwithMonolithicallyFabricatedSiElectrodes-ReductionofPtbyUPD-SLRR-–D.Ogura,T.Honjo,andM.Hayase(TokyoUniversityofScience)

11:20 3332 LargeScale,ElectrolessSynthesisofHighlyStableFlower-likeSilverNanostructuresbyaTemplatelessMethodforSERSApplication–C.DesmondaandY.Tai(NationalTaiwanUniversityofScienceandTechnology)

11:40 3333 SERS-ActiveSubstratesFabricatedbyDisplacementDepositionofMetalsonPorousSilicon–K.Artsemyeva(BSUIR),H.Bandarenka(BelarussianStateUniversityofInformaticsandRadioelectronics),A.Panarin,I.Khodasevich,S.Terekhov(NASB),M.Balucani(UniversitySapienza),andV.Bondarenko(BelarussianStateUniversityofInformaticsandRadioelectronics)


F3 – Poster Session – 18:00 – 20:00Co-Chair: Stojan Djokic

• 3334 TheKineticParameteroftheNi-WAlloyElectrodeposition–H.Xiao,N.Yu,Y.Feng,andZ.Liu(YunnanUniversity)

• 3335 CohesionPropertyofElectrolessPlatedNi-PCoatingonFiberBraggGrating–L.Fang,P.Zhang,A.Tang,andS.Xue(ChongQingUniversity)

• 3336 Oxygen-AssistedVacuumUltra-VioletSurfaceModificationofPolymersasaPretreatmentforElectrolessNickelPlatimg–A.Nakamura,N.Mukado,T.Ichii,andH.Sugimura(KyotoUniversity)

• 3337 EnhancedPdDistributionbyThree-StepActivationProcessforElectrolessCuPlating–C.Lee,H.Lee,M.Lee,J.Hur,andH.Lee(KoreaInstituteofIndustrialTechnology)

• 3338 PreparationandpropertiesofNi-Co-P/nano-sizedSiCelectrolesscompositecoatings–J.Hu,L.Fang,P.Zhong,andY.Yang(ChongQingUniversity)

• 3339 RamanandDFTstudyofReductantAdsorptiononMetalSurfacesinElectrolessDepositionProcess–B.Jiang(WASEDEUniversity),M.Kunimoto,M.Yanagisawa,andT.Homma(WasedaUniversity)


Magnetic Recording and Materials 2 – 08:00 – 12:00Co-Chairs: E. Podlaha, W. Schwarzacher, and T. Osaka

08:00 3399 DevelopmentofThinFilmTechnologyforHigh-DensityMagneticRecordingMedia–M.Futamoto(ChuoUniversity)

08:40 3400 ElectroplatedHardmaskforBitPatternedMediaNanoimprintingTemplateFabricationusingBlockCopolymerLithography–C.Bonhote(HGST,aWDcompany),G.Siddiqi,J.Lille,andR.Ruiz(HGST)

09:00 3401 MicrostructuralandMagneticStudiesofElectrodeposited,EquiatomicFe-PtFilms–D.LiangandG.Zangari(UniversityofVirginia)

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09:20 3402 MetastableL11andBhOrderedPhaseFormationinCoPtAlloyThinFilmsEpitaxiallyGrownonMetalUnderlayers–M.Ohtake,D.Suzuki(ChuoUniversity),F.Kirino(TokyoNationalUniversityofFineArtsandMusic),andM.Futamoto(ChuoUniversity)

09:40 Intermission(20Minutes)10:00 3403 SuperconformalElectrodepositionofNi,Coand

Fe-GroupAlloys–T.Moffat(NationalInstituteofStandardsandTechnology),C.Lee(KAERI),S.Kim(Chung-AngUniversity),Y.Liu,andD.Josell(NationalInstituteofStandardsandTechnology)

10:40 3404 InducedCodepositionofNiMo,NiWandCoWAlloyswithaCompetingSideReaction–S.Sun,T.Bairachna(NortheasternUniversity),T.Maliar,H.Cesiulis(VilniusUniversity),andE.Podlaha(NortheasternUniversity)

11:20 3405 ElectrodepositionofSuperInvarintoMicro-andNano-Recesses–H.Kim(NortheasternUniversity),M.Murphy(LouisianaStateUniversity),S.Soper(UniversityofNorthCarolina),andE.Podlaha(NortheasternUniversity)

11:40 3406 AqueousDCElectrodepositionandMechanismofMagneticSmCoAlloys–J.Wei,M.Schwartz,andK.Nobe(UCLA)

Magnetic MEMS and Devices – 14:00 – 18:00Co-Chairs: H. Gatzen and P. Hesketh

14:00 3407 DevelopmentsinIntegratedOn-ChipInductorswithMagneticYokes–E.J.O’Sullivan,N.Wang,P.Herget(IBMResearchDivision),L.Romankiw(IBM,ThomasJ.WatsonResearchCenter),B.Webb,R.Fontana(IBMResearchDivision),N.Sturcken,K.Shepard(ColumbiaUniversity),andW.Gallagher(IBMResearchDivision)

14:40 3408 AUniqueMagneticAlloyforIntegratedPowerSystemsonaChip–A.Panda(EnpirionInc),T.Liakopoulos(EnpirionInc.),M.Wilkowski,andA.Lotfi(EnpirionInc)

15:00 3409 MagneticMicroandNanoActuatorSystems–H.H.Gatzen(LeibnizUniversitaetHannover)

15:40 3410 EvaluationoftheEffectsofElectroplatingConditionsontheMaterialPropertiesofIronCobaltThickFilmsusingDesignofExperiments–W.C.PattersonandD.P.Arnold(UniversityofFlorida)

16:00 3411 NanoporousAluminaGrowthinaMagneticField–A.Ispas(TechnischeUniversitätIlmenau),I.Vrublevsky(BelarusianStateUniversityofInformaticsandRadioelectronicsMinsk),U.Schmidt(TechnischeUniversitaetIlmenau),andA.Bund(TechnischeUniversitätIlmenau)

16:20 3412 InvestigationoftheCrystallizationofNiFe81/19DependingontheAnnealingTemperature–M.Wurz(LeibnizUniversityofHanover),A.Shaganov,A.Filimonov(PhysicsofNanocompositeMaterials),andL.Rissing(LeibnizUniversitaetHannover)

16:40 3413 IntegrationofElectroplatedCoFeinTrenchTypeFluxGuidesforMagneticMEMSApplications–J.Chen,S.Cvetkovic,andL.Rissing(LeibnizUniversitaetHannover)

17:00 3414 MicrofabricationofHigh-PerformanceThickCo80Pt20PermanentMagnetsforMicrosystemsApplications–O.D.OnikuandD.P.Arnold(UniversityofFlorida)

17:20 3415 FabricationandCharacterizationofanImprovedMicroInductosyn®Sensor–D.Miletic(LeibnizUniversitaetHannover),J.Flügge(Physikalisch-TechnischeBundesanstalt(PTB)),andH.H.Gatzen(LeibnizUniversitaetHannover)

17:40 3416 EmbossingofSoft-magneticStructuresandInfluenceonMagneticProperties–M.Kaiser(LeibnizUniversitaetHannover),M.Wurz(LeibnizUniversityofHanover),S.Cvetkovic(LeibnizUniversitaetHannover),R.Schwaiger(KarlsruheInstituteforTechnology),andL.Rissing(LeibnizUniversitaetHannover)


F5 – Poster Session – 18:00 – 20:00Co-Chairs: C. Bonhote and G. Zangari

• 3417 MagneticPropertiesofNi-CuAlloyNanowiresObtainedbytheTemplateMethod–I.Enculescu,E.Matei(NationalInstituteofMaterialsPhysics),M.ToimilMolares(GSIDarmstadt),A.Leca,andV.Kuncser(NationalInstituteofMaterialsPhysics)

• 3418 CPP-GMRofCo/CuMultilayeredNanowiresElectrodepositedintoAnodizedAluminumOxideNanochannelswithLargeAspectRatio–N.Goya,Y.Zenimoto,K.Takao,T.Ohgai(NagasakiUniversity),M.Nakai,andS.Hasuo(KyushuMitsuiAluminiumCo.Ltd.)

• 3419 ElectroplatingofCu/SnLayersforHermeticEncapsulationforVacuumApplications–M.Wurz(LeibnizUniversityofHanover),S.Cvetkovic,L.Rissing(LeibnizUniversitaetHannover),andF.Bach(LeibnizUniversityofHanover)

• 3420 AnisotropicMagnetoresistanceofNi-Co-FeAlloyNanowiresElectrodepositedintoAnodizedAluminiumOxideMembraneThinFilms–Y.Ikeda,T.Egawa,K.Takao,T.Ohgai(NagasakiUniversity),M.Nakai,andS.Hasuo(KyushuMitsuiAluminiumCo.Ltd.)

• 3421 Current-InducedMagnetizationSwitchinginCPPJunctionsbasedonFe3Si/FeSi2MultilayeredFilms–Y.Noda(KyushuUniversity),K.Sakai(KurumeNationalCollegeofTechnology),T.Sonoda(KyushuUniversity),K.Takeda(FukuokaInstituteofTechnology),andT.Yoshitake(KyushuUniversity)

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H1Carbon Nanotubes and Graphene: From Fundamental Properties and Processes to Applications and DevicesFullerenes,Nanotubes,andCarbonNanostructures/DielectricScienceandTechnology/EnergyTechnology/Sensor317A, Level 3, Hawaii Convention Center

Session I – 08:00 – 12:20Co-Chairs: T. Akasaka, D. Guldi, and F. D’Souza

08:00 3471 N-typeGrapheneInducedbyMolecularHydrogenExposureatRoomTemperature–B.Kim(UlsanNationalInstituteofScienceandTechnology),S.Hong,S.Baek(SeoulNationalUniversity),H.Jeong,N.Park,M.Lee(UlsanNationalInstituteofScienceandTechnology),S.Lee(KonkukUniversity),J.Lim,Y.Jun(UlsanNationalInstituteofScienceandTechnology),andY.Park(SeoulNationalUniversity)

08:20 3472 DFTCalculationforVariousAdatomAdsorptionsonGrapheneforUsingGrapheneasSubstrate–A.Ishii,K.Nakada,andT.Torobu(TottoriUniversity)

08:40 3473 TheoreticalStudyofaZigzagGrapheneNanoribbonFieldEffectTransistor–H.Karamitaheri,M.Pourfath,N.Neophytou,andH.Kosina(IUE/TUWien)

09:00 3474 HierarchicalGrapheneMacroassemblies–M.A.Worsley,M.Merrill,M.Suss,J.Lee,S.Kucheyev,C.Valdez,H.Mason,B.Mayer,J.Lewicki,A.Wittstock,M.Stadermann,J.Satcher,J.Biener,andT.Baumann(LawrenceLivermoreNationalLaboratory)

09:20 3475 Nitrogen-ContainingGrapheneforElectrochemicalOxygenReduction–S.M.Lyth,J.Liu,andK.Sasaki(KyushuUniversity)

09:40 Intermission(20Minutes)10:00 3476 GrapheneThermalInterfaceMaterials–A.A.

Balandin(UniversityofCalifornia)10:20 3477 TowardsNovelPillaredNanostructuresbased

onGraphene–K.Spyrou(RUGUniversity),P.Rudolf(RUGUniversityTheNetherlands),D.Gournis(UniversityofIoanninaGreece),P.Maurizio,L.Kang(UniversitàdegliStudidiTrieste),andE.Diamanti(UniversityofIoanninaGreece)

10:40 3478 ChemicallyPreparedReducedGrapheneOxideasUltraFastTemperatureSensor–S.Sahoo,S.Barik,G.Sharma,G.Khurana,andJ.Scott(UniversityofPuertoRico)

11:00 3479 ComparisonofEpitaxialGraphenegrowthonnon-PolarandPolar6H-SiC–L.O.Nyakiti(U.S.NavalResearchLaboratory),V.Wheeler,R.Myers-Ward,N.Garces,F.Bezares,J.Caldwell,C.EddyJr.,andD.Gaskill(U.SNavalResearchLaboratory)

11:20 3480 Non-MonotonicSizeDependenceofThermalConductivityofGrapheneRibbons–D.Nika,A.Askerov(MoldovaStateUniversity),andA.A.Balandin(UniversityofCalifornia)

11:40 3481 LayerbyLayerEtchingofCVDGrapheneforFullGrapheneDeviceFabrication–J.OH,J.Lim,J.Park,andG.Yeom(SungKyunKwanUniversity)

12:00 3482 Wafer-ScaleGrapheneSynthesisandTailoringviaSegregationMethodsExtendedtoMetalswithLowCarbonSolubility–A.Zenasni(CEA),A.Delamoreanu(CNRS/LTM),andC.Rabot(CEA)

Session II – 14:00 – 18:20Co-Chairs: S. De Gendt, M. T. Carter, and S. Fukuzumi

14:00 3483 StudyofthePointDefectsInducedbyElectrochemicalPotentialinGrapheneMonolayers–J.J.Velasco-Velez,Y.Zhang,I.Martin-Fernandez,C.Martinez,andM.Salmeron(LawrenceBerkeleyNationalLaboratory)

14:20 3484 InterfacingNanocarbonswithOrganicandInorganicSemiconductors–FromExtendedTetrathiafulvalenestoNanocrystals/QuantumDots–D.M.Guldi(UniversitätErlangen-Nürnberg)

14:40 3485 MechanochemicalSynthesisofCarbonNanomaterialsbyaHigh-SpeedBall-MillingProcess–S.Ohara,Z.Tan,K.Yamamoto(OsakaUniversity),andT.Hashishin(JoiningandWeldingResearchInstitute,OsakaUniversity)

15:00 3486 Far-InfraredAbsorptionofSingle-WalledCarbonNanotubeFilms–T.Morimoto,S.Joung(TASC/AIST),andT.Okazaki(AIST)

15:20 Intermission(20Minutes)15:40 3487 PhotosensitizedHydrogenEvolutionfrom

WaterUsingSingle-WalledCarbonNanotube/Fullerodendron/SiO2CoaxialNanohybrid–Y.Takaguchi,T.Wada,W.Sakata,andT.Tajima(OkayamaUniversity)

16:00 3488 ElectrochemicalPropertyofWell-CoatedMulti-WalledCarbonNanotubewithPolyaniline-CyclodextrinPolymerComposites–W.Zhang,M.Chen,X.Gong,andG.Diao(YangzhouUniversity)

16:20 3489 AdvantageofCarbonNanotubesasCatalystSupportinPolymerElectrolyteMembraneFuelCells–M.Berber,T.Fujigaya,andN.Nakashima(KyushuUniversity)

16:40 3490 EffectofChargeofSolubilizersontheElectronicStatesofSingle-WalledCarbonNanotubes–Y.Hirana,Y.Niidome,andN.Nakashima(KyushuUniversity)

17:00 3491 EnlargementofSpaceChargeLayerbyP-NJunctionofMulti-walledCarbonNanotubesModifiedwithTinOxideNanoparticles–T.Hashishin(JoiningandWeldingResearchInstitute,OsakaUniversity),H.Ikenoko,K.Kojima,andJ.Tamaki(RitsumeikanUniversity)

17:20 3492 SingleMoleculeLysozymeMonitoringbyaCarbonNanotubeCircuit–Y.Choi,P.Sims,I.Moody,T.Olsen,G.Weiss,andP.G.Collins(Univ.ofCalifornia,Irvine)

17:40 3493 ApplicationofCarbonaceousNanomaterialsinBiomedicine–J.Zhen,Q.Liu,D.Chen,C.Wang,andC.SHU(InstituteofChemistry,ChineseAcademyofSciences)

18:00 3494 One-StepLiquid-PhaseSynthesisofCarbonNanomaterialswithCarbonPaper–K.Yamagiwa,Y.Ayato(TokyoUniversityofScience),H.Shiroishi(TokyoNationalCollegeofTechnology),andJ.Kuwano(TokyoUniversityofScience)

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H1 – Poster Session – 18:00 – 20:00Co-Chairs: F. D’Souza and D. Guldi

• 3495 PVDF/MWCNTCompositeFilmsforInfraredSensingandEnergyHarvestingApplications–A.K.Batra,A.Chilvery,andM.Thomas(AlabamaA&MUniversity)

• 3496 TheInvestigationofPartialReducedGrapheneOxide(GO)/PEDOT:PSSNanocomposite–J.Seo,H.Yun,W.Hong(KoreaBasicScienceInstitute),J.Jung(ChonbukNationalUniversity),B.Sohn,J.Lee(KoreaBasicScienceInstitute),andC.Choi(ChonbukNationalUniversity)

• 3497 EvaluationsofNonbondingInteractionsinEndohedrallyandExohedrallyFunctionalizedFullerenes–N.Mizorogi,T.Akasaka(UniversityofTsukuba),andS.Nagase(KyotoUniversity)

• 3498 SynthesisandStructuralCharacterizationofFullerenederivativesEncapsulatingTrimetallicNitrideCluster–T.ABE(UniversityofTsukuba),S.Sato(NationalInstituteforMaterialsScience),C.Saito,Z.Slanina,T.Tsuchiya,T.Akasaka(UniversityofTsukuba),andS.Nagase(KyotoUniversity)

• 3499 CatalyticSynthesisofCarbonNanotubeandNanofilamentOverOxidizedDiamond-SupportedCatalysts–K.Nakagawa,T.Toriyama,G.Tsujino(KansaiUniversity),T.Ando(NationalInstituteforMaterialsScience),andH.Oda(KansaiUniversity)

• 3500 Large-AreaGrapheneGrownwithaNovelrapidCoolingMethod–M.C.Chen(NationalTaitungUniversity),Y.Huang,C.Chen,S.Hung(DepartmentofPhysics,NationalCentralUniversity),C.Cheng,C.Li,H.Hsieh,H.Wu(DepartmentofAppliedScience,NationalTaitungUniversity),andG.Chi(DepartmentofPhotonics,NationalChiaoTungUniversity)

• 3501 SynthesisandPropertiesofParamagneticMetallofullerene/ElectronDonorDyad–Y.Kawana,T.Tanaka,T.Tsuchiya,T.Akasaka,N.Mizorogi(UniversityofTsukuba),andS.Nagase(KyotoUniversity)

• 3502 ComplexationStudiesofEndohedralMetallofullerenewithConcaveπ-System–N.Umekita,T.Tsuchiya,N.Mizorogi(UniversityofTsukuba),H.Sakurai(InstituteforMolecularScience),N.Martín(UniversidadComplutensedeMadrid),D.M.Guldi(UniversitätErlangen-Nürnberg),S.Nagase(KyotoUniversity),andT.Akasaka(UniversityofTsukuba)

• 3503 FrameworkTransformationofNon-IPRStructuredMetallofullerene–Y.Muto,H.Kurihara,Z.Slanina,T.Tsuchiya(UniversityofTsukuba),S.Nagase(KyotoUniversity),andT.Akasaka(UniversityofTsukuba)

• 3504 ThermallyReducedGrapheneOxideasEnergyStorageMaterials–W.Hong(KoreaBasicScienceInstitute),B.Kim(UlsanNationalInstituteofScienceandTechnology),J.Kim,S.Lee,andH.Kim(KoreaBasicScienceInstitute)

• 3505 SoftLithographicPatterningandTransferProcessofGrapheneSheets–H.Kim,M.Jung(KoreaResearchInstituteofChemicalTechnology),D.Jung(SungKyunKwanUniversity),S.Lee,J.Lim,J.Lee,andK.An(KoreaResearchInstituteofChemicalTechnology)

• 3506 NovelGrowthProcessofCarbonNanotubesinAtmosphere–S.LuandW.Hsu(NationalTsingHuaUniversity)

• 3507 TheOrganicAdditivesEffectsduringElectrolessNickelandSilverDepositiononCarbonNanotube–T.Saito,Y.Takagi,N.Okamoto,K.Kondo(OsakaPrefectureUniversity),Y.Kobayashi,andY.Fujiwara(OsakaMunicipalTechnicalResearchInstitute)

• 3508 IntegratedFieldEmissionDiodewithaNano-graphite-diamond-likeEmittersProcessDevelopmentandItsElectricalCharacteristicsStudy–N.Zaytsev,S.N.Orlov,S.Yanovich,A.Krasnikov,I.Matyushkin,I.Khomyakov,K.Svechkarev(MolecularElectronicsResearchInstituteJSC),andR.Yafarov(RAS,Kotel’nikovInstituteofRadioEngineeringandElectronics)

• 3509 MultipleAugerDecayatResonantPhoto-ExcitationinCarbonThinFilms–M.Richter,D.Friedrich,andD.Schmeißer(BrandenburgUniversityofTechnology)

• 3510 Photo-Thermo-VoltaicEffectsinCarbonNanotubeFilms–M.Omari,T.Hosseini,andN.Kouklin(UniversityofWisconsin-Milwaukee)

• 3511 EnhancementofDiamondCrystalliteSizeofUltrananocrystallineDiamond/AmorphousCarbonCompositeFilmsbyControllingArcDischargeEnergyofCoaxialArcPlasmaGun–K.Hanada,A.Tominaga,T.Sugiyama(KyushuUniversity),K.Sumitani,H.Setoyama(KyushuSynchrotronLightResearchCenter),andT.Yoshitake(KyushuUniversity)

• 3512 p-TypeSemiconductingPropertiesofBoronDopedUltrananocrystallineDiamond/AmorphousCarbonCompositeFilmsPreparedbyCoaxialArcPlasmaDeposition–Y.Katamune,S.Ohmagari(KyushuUniversity),H.Setoyama,K.Sumitani,Y.Hirai(KyushuSynchrotronLightResearchCenter),andT.Yoshitake(KyushuUniversity)

• 3513 ControllableSynthesisofHigh-QualityGrapheneUsingInductively-CoupledPlasmaChemicalVaporDeposition–L.Nang,N.Park(ChungnamNationalUniversity),Z.Lee(UNIST),andE.Kim(ChungnamNationalUniversity)

• 3514 HighReactiveCatalystsBasedonGoldNanoparticlesSupportedOverCarbonNanotubes–T.M.Abdel-Fattah(ChristopherNewportUniversity)

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I1Physical and Analytical Electrochemistry General SessionPhysicalandAnalyticalElectrochemistry318B, Level 3, Hawaii Convention Center

PAED General Session 3 – 09:00 – 12:00Co-Chairs: C. Hussey and T. Chung

09:00 3541 PreparationandElectrochemicalBehaviorofWater-SolubleInclusionComplexofImidaclopridwithβ-cyclodextrinPolymer–M.Chen,J.Wang,W.Zhang,andG.Diao(YangzhouUniversity)

09:20 3542 FabricationofPorousConductiveDiamondHollowFibers–T.Kondo,Y.Kodama,andM.Yuasa(TokyoUniversityofScience)

09:40 Intermission(20Minutes)10:00 3543 ElectroanalyticalPerformanceofNitrogen-

ContainingTetrahedralAmorphousCarbonThin-FilmElectrodes–X.Yang,G.DeVivo(MichiganStateUniversity),L.Haubold(TheFraunhoferCenterforCoatingsandLaserApplications),andG.Swain(MichiganStateUniversity)

10:20 3544 SynthesisofPt-IrCatalystsbyCoelectrodeposition:ApplicationtoAmmoniaElectrooxidationinAlkalineMedia–S.LeVot(UniversitéduQuébecàMontréal),L.Roué(INRS-ÉnergieMatériauxetTélécommunications),andD.Bélanger(UniversitéduQuébecàMontréal)

10:40 3545 ElectrochemicalStudyofIlmeniteusingCarbonPasteElectrodeUnderReducingCondition–N.Jabit,G.Senanayake,andM.Nicol(MurdochUniversity)

11:00 3546 ExperimentsandModelingofElectrochemicalImpedanceSpectroscopyonPressurizedSOFC–C.Willich,M.Henke,C.Westner,L.Florian,W.Bessler,J.Kallo,andK.Friedrich(GermanAerospaceCenter(DLR))

11:20 3547 DiffusionImpedanceAnalyzedbyEquivalentCircuitInvolvingCPEusingMicroelectrode–Y.Hoshi,S.Kawakita,I.Shitanda,andM.Itagaki(TokyoUniversityofScience)

11:40 3548 ElectrochemicalBehaviorofSamariumandYtterbiuminthe1-(1-Butyl)trimethylammoniumBis(trifluoromethylsulfonyl)imideIonicLiquidContainingTODGA–Y.PanandC.Hussey(TheUniversityofMississippi)

PAED General Session 4 – 14:00 – 15:00Co-Chairs: P. Atanassov and P. Kulesza

14:00 3549 ElectrochemicalBehaviorofPraseodymiumandNeo-Dymiuminthe1-butyl-3-methylpyrro-lidiniumbis(trifluoromethylsulfonyl)imideIonicLiquidContainingChloride–L.ChouandC.Hussey(TheUniversityofMississippi)

14:20 3550 In-depthStudyonNano-structuredElectrodeReactionMechanisminLithium-IonBatteries–H.Cho(UniversityofCalifornia,SanDiego)andY.Meng(UniversityofCaliforniaSanDiego)

14:40 3551 InvestigationonPolyoxometalatesfortheApplicationinRedoxFlowBatteries–J.Friedl(TUM-CREATE),C.Bauer(TUMCREATECentreforElectromobility),R.Al-Oweini(JacobsUniversity),D.Yu(EnergyResearchInsitute@NTU),U.Kortz(JacobsUniversity),H.Hoster,andU.Stimming(TUMCREATECentreforElectromobility)


I1 – Poster Session – 18:00 – 20:00Co-Chairs: S. Minteer and A. Hillier

• 3552 ElectrodeReactionsofDissolvedp-Dimethoxy-benzeneonaPolyaniline-ModifiedElectrode–J.Yano(NiihamaNationalCollegeofTechnology)

• 3553 EquivalentCircuitsofZinc-AirBatteryandAnalysisofZinc-AirBatteryOxygenSensorusingtheEquivalentCircuits–M.TakahashiandM.Yamauchi(TokyoNationalCollegeofTechnology)

• 3554 TheElectrocatalyticActivityofLigand-ProtectedGoldParticles:FormaldehydeOxidation–K.Luo(GuilinUniversityofTechnology),X.Li,andY.Gong(CollegeofMaterialsScienceandTechnology,GuilinUniversityofTechnology)

• 3555 NanocompositeCoatingsbasedontheConductivePolymersandFunctionalizedCarbonNanotubesforObtainedofModifiedElectrodes–V.Branzoi(UniversityofPolitehnicaBucharest),F.Branzoi(InstituteofPhysicalChemistry),andA.Musina(UniversityPolitehnicaofBucharest)

• 3556 SolarDrivenHydrogenProductionwithco-dopedGalliumandNitrogeninZincOxidefilmspre-paredbyReactiveRFMagnetronSputtering–S.Shet(NationalRenewableEnergyLaboratory)

• 3557 ComparisonbetweenPalladiumElectrodeandNanoparticlesintheEthanolDetectiontoBiosensorandSensorApplications–I.Feliciano,D.Diaz,Y.DelaTorre,andC.Cabrera(UPRRioPiedras)

• 3558 PreparationofBismuthTungstateNanocrystallitesbyBallMillingofFlake-ballParticlesandTheirPhotocatalyticActivity–H.Hori(HokkaidoUniversityCatalysisResearchCenter)andB.Ohtani(HokkaidoUniversity)

• 3559 ElectrochemicalPropertiesofFree-StandingBoron-DopedHeteroepitaxialDiamondElectrode–H.Kodama(AoyamaGakuinUniversity),K.Suzuki(ToplasEngineeringCo.,Ltd),S.Kono,andA.Sawabe(AoyamaGakuinUniversity)

• 3560 StudyontheEffectsofElectrochemicalRealkalizationMethodwithAlcaminesInhibitorsasElectrolyte–J.Lu,Y.Zhang(ShanghaiHarborEngineeringDesign&ResearchInstituteCo.,Ltd.),J.Zhang,andJ.Jiang(ShanghaiUniversityofElectricPower)

• 3561 TranscutaneousVeinImagingandVenepunctureSystemforBloodTest–H.Saito,S.Yamamoto,andH.Takagi(TokyoNationalCollegeofTechnology)

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• 3562 ReductionofPerchloratebyElectrochemicallyGeneratedZero-ValentIrononConductingPolymerElectrode–E.Kim,S.Choi(YonseiUniversity),S.Kim(HannamUniversity),andK.Paeng(YonseiUniversity)

• 3563 AnomalousCodepositionofNi-ZninAcidSolutions–Y.ADDI(ENPEI-USTHB)andA.Khouider(USTHB)

• 3564 Irregular-StairsMethod:AMorePreciseMethodofMeasuringthePerformanceofDye-SensitizedSolarCells–J.ShimuraandK.Noda(SonyCorporation)

• 3565 CyclicVoltmogramforHUPDonPt(111)CalculatedfromTotalGibbsEnergies–H.A.Asiri(CWRU)andA.Anderson(CaseWesternReserveUniversity)

• 3566 LongTermEvaluationofPotentiometricOxygenSensorsinMoltenLead–A.Verdaguer,S.Colominas,andJ.Abella(UniversitatRamonLlull)

• 3567 ElectrochemicalReductionofSeleniteandSelenateAcceleratedbyMethylViologen–F.Koshikumo,W.Murata,A.Ooya,andS.Imabayashi(ShibauraInstituteofTechnology)

• 3568 EffectofpHonAbsorptionandReductiveDesorptionProcessesforSelf-assembledMonolayerofAromaticthiolStudiedbySurfaceEnhancedIRSpectroscopy–K.Nishiyama,A.Kumatabara(KumamotoUniv.),H.Ueda(GraduateSchoolofScienceandTechnology,KumamotoUniversity),andS.Yoshimoto(KumamotoUniversity)

• 3569 CrystallineCompositionAnalysisofTitanium(IV)OxidePhotocatalystParticlesbyX-rayDiffractionAnalysis–M.SANOandB.Ohtani(HokkaidoUniversity)

• 3570 PhotoelectrochemicalWaterSplittingwithAluminumandNitrogenco-dopedZincOxidepreparedbySputteringTechnique–S.Shet(NationalRenewableEnergyLaboratory)

• 3571 PotentiometricDeterminationofPotassiumIonsinBiodieselataNickel(II)HexacyanoferrateModifiedElectrodeUsingMicroemulsions–G.Sedenho,L.Paim,andN.R.Stradiotto(InstituteofChemistry)

I2Bioelectroanalysis and BioelectrocatalysisPhysicalandAnalyticalElectrochemistry317B, Level 3, Hawaii Convention Center

Biofuel Cells – 08:00 – 12:00Co-Chairs: S. Minteer and S. Higgins

08:00 3588 CharacterizationofMicrobialFuelCellAnodicBiofilmsGrownonPureandMixedCultures–S.R.Higgins,R.Lopez,D.Foerster,M.Cooney(HawaiiNaturalEnergyInstitute),P.Atanassov,C.Lau(TheUniversityofNewMexico),S.Minteer(UniversityofUtah),K.Nealson,A.Cheung(UniversityofSouthernCalifornia),O.Bretschger(J.CraigVenterInstitute),T.Yan,andE.Pagaling(UniversityofHawaii)

08:20 3589 InVivoOperatingMiniature,DirectElectronTransferbased,Membrane-lessGlucose/OxygenBiofuelCell–M.Falk,V.Andoralov(BiomedicalSciences),M.Granmo(NeuronanoResearchCenter),D.Suyatin(DivisionofSolidStatePhysics),J.Schouenborg(NeuronanoResearchCenter),J.Sotres(BiomedicalSciences),R.Ludwig(FoodBiotechnologyLaboratory),O.Morozova(KurchatovNBICCentre),Z.Blum,andS.Shleev(BiomedicalSciences)

08:40 3590 EnhancedElectricalContactofMicrobesusingMagnetiteParticleCoatedwithPolyelectrolyteontoMulti-WalledCarbonNanotubeNanohybrid(MaPoNT)inMicrobialFuelCell–I.Park,Y.Heo,P.Kim,andK.Nahm(ChonbukNationalUniversity)

09:00 3591 AmmoniaProductionatAnabaenavariabilisModifiedElectrodes–T.PaschkewitzandJ.Leddy(UniversityofIowa)

09:20 3592 SolarBioelectrocatalysisUtilizingThylakoids–S.Minteer(UniversityofUtah)

09:40 Intermission(20Minutes)10:00 3593 InvestigatingSeparatorstoImprovePerformance

ofFlat-PlateMicrobialFuelCells–S.Kazemi(UniversityofBritishColumbia),K.Fatih(NationalResearchCouncilCanada(NRC)-UniversityofBritishColumbia(UBC)),M.Mohseni(UniversityofBritishColumbia(UBC)),andH.Wang(NationalResearchCouncilCanada(NRC)-UniversityofBritishColumbia(UBC))

10:20 3594 DirectElectron-TransferReactionsfromSolidElectrodestoChemoautotrophicCO2FixationMicrobes–T.ISHII(Universityoftokyo),K.Hashimoto,andR.Nakamura(TheUniversityofTokyo)

10:40 3595 ANovelRecombinantPQQAlcoholDehydrogenaseasCatalystforBioanode:Two-StepElectrochemicalOxidationofAlcohols–K.Takeda(TokyoUniversityofAgricultureandTechnology),H.Matsumura(OregonHealthandScienceUniversity),K.Igarashi,M.Samejima(TheUniversityofTokyo),N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

11:00 3596 SurfaceModificationofCarbonBlacktowardRetentionofEnzymeActivityinHigh-Surface-AreaEnzymaticBiofuelCellElectrodes–T.Tamaki,H.Fujimoto,H.Ohashi,andT.Yamaguchi(TokyoInstituteofTechnology)

11:20 3597 Simultaneous3-DImpedanceMeasurementofWholeBiofuelCell,AnodeandCathodeusingPorousCarbonElectrode–I.Shitanda,H.Yanai,Y.Yoshihata,Y.Hoshi,M.Itagaki(TokyoUniversityofScience),andS.Tsujimura(UniversityofTsukuba)

11:40 3598 PolyanilineNanofiber/CarbonBlackCompositeasanAirCathodeMaterialforMicrobialFuelCells–J.AhmedandS.Kim(KonkukUniversity)

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I2 – Poster Session – Bioelectroanalysis and Bioelectrocatalysis – 18:00 – 20:00Co-Chair: S. Minteer

• 3599 CatecholBiosensorbasedonPolyphenolOxidaseImmobilizedbyCombiningElectropolymerizationandCross-LinkingProcess–S.WangandJ.Kan(YangzhouUniversity)

• 3600 ABioanodeforanEthanolBiofuelCellOperatingatHighTemperature–A.Kontani,M.Masuda,N.Nakamura,M.Yohda,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3601 ImmobilizationofNAD+onanElectrodeUsingHydrophobicIonicLiquids–M.Masuda,N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3602 InvestigationofImpedanceSpectraofMediator-typeAmperometricBiosensorbyFaradaicImpedanceAnalysis–I.Shitanda,Y.Hoshi,andM.Itagaki(TokyoUniversityofScience)

• 3603 TheDirectElectronTransferReactionofBilirubinOxidaseinProticIonicLiquids–R.Ikari,J.Kuwahara,N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)


Electrodeposition – 08:00 – 12:00Co-Chairs: M. Ueda and H. De Long

08:00 3628 RecentDevelopmentsinLow-TemperatureElectrolysisofAluminum–A.Redkin,A.Apisarov,A.Dedyukhin,V.Kovrov,Y.Zaikov(InstituteofHighTemperatureElectrochemistry),O.Tkacheva,andJ.Hryn(ArgonneNationalLaboratory)

08:20 3629 AlCl3/TrimethanylHydrochlorideIonicLiquidasanElectrolyteforElectrodepoisitonofAluminiumWires–C.Su(NationalChengKungUniversity),T.Wu(NationalYunlinUniversityofScienceandTechnology),Y.Sun,andI.Sun(NationalChengKungUniversity)

08:40 3630 ElectrodepositionofLeadfromChlorideMelts–G.Haarberg,L.Owe,B.Qin,J.Wang,andR.Tunold(NorwegianUniversityofScienceandTechnology)

09:00 3631 TheInterfaceIonicLiquids/Au(111)andnano-structuredmaterialsmadefromionicliquids–F.Endres(ClausthalUniversityofTechnology)

09:40 Intermission(20Minutes)10:00 3632 ElectrodepositiononTantaluminAlkaliHalide

Melts–J.H.VonBarner,A.H.Jensen,andE.Christensen(TechnicalUniversityofDenmark)

10:20 3633 ElectrochemicalDepositionofNiobiumontotheSurfaceofCopperUsingaNovelCholineChloride-BasedIonicLiquid–A.I.Wixtrom,J.Buhler(ChristopherNewportUniversity),C.E.Reece(ThomasJeffersonNationalAcceleratorFacility),andT.M.Abdel-Fattah(ChristopherNewportUniversity)

10:40 3634 TaandNbElectrodepositionfromIonicLiquids–S.Krischok,A.Ispas,A.Zühlsdorff,A.Bund(TechnischeUniversitätIlmenau),andF.Endres(ClausthalUniversityofTechnology)

11:00 3635 Al-WAlloyDepositionfromLewisAcidicRoom-TemperatureChloroaluminateIonicLiquid–T.Tsuda,Y.Ikeda,T.Arimura,A.Imanishi,S.Kuwabata(OsakaUniversity),C.Hussey(TheUniversityofMississippi),andG.Stafford(NIST)

11:20 3636 AnInvertedAluminiumElectrolysisCellUsingaHighDensityElectrolyteandanInertAnode–S.Rolseth(SINTEFMaterialsandChemistry),H.Gudbrandsen(SINTEF),andJ.Thonstad(NorwegianUniversityofScienceandTechnology)

11:40 3637 Al-PtAlloyDepositioninAlCl3-NaCl-KClMoltenSalt–M.Ueda,H.Hayashi,andT.Ohtsuka(HokkaidoUniversity)

Biomass – 14:00 – 16:40Co-Chairs: K. Brown and L. Haverhals

14:00 3638 PolysaccharideEcocompositeMaterials:Synthesis,CharacterizationandApplicationinRemovalofPollutantsandBacteria–C.D.TranandS.Duri(MarquetteUniversity)

14:20 3639 ImpactofAnti-SolventsontheStructuralFeaturesandEnzymeDigestibilityofRegeneratedCellulosefromIonicLiquidDissolution–X.GengandW.A.Henderson(NorthCarolinaStateUniversity)

14:40 3640 ElectrospinningofBiopolymersfromIonicLiquid–Co-SolventSystems–E.K.Brown(UnitedStatesNavalAcademy),L.Haverhals(U.S.NavalAcademy),M.P.Foley(U.S.NavalAcademy),H.DeLong(AFRL/AFOSR),andP.Trulove(USNavalAcademy)

15:00 3641 IonicLiquid-basedSolventsforNaturalFiberWelding–L.M.Haverhals(UnitedStatesNavalAcademy),M.P.Foley(U.S.NavalAcademy),L.Nevin,E.K.Brown(UnitedStatesNavalAcademy),D.Fox(AmericanUniversity),H.DeLong(AFRL/AFOSR),andP.Trulove(USNavalAcademy)

15:20 Intermission(20Minutes)15:40 3642 FormationofSurfaceStructuresonBiopolymer

SubstratesThroughtheInkjetPrintingofIonicLiquids–E.K.Brown(UnitedStatesNavalAcademy),L.Haverhals(U.S.NavalAcademy),M.P.Foley(U.S.NavalAcademy),K.Sweely(UnitedStatesNavalAcademy),H.DeLong(AFRL/AFOSR),andP.Trulove(USNavalAcademy)

16:00 3643 ChitintoPlastic:UtilizationofIonicLiquidsfortheDepolymerizationofChitin–W.M.Reichert,A.Mirjafari,T.Goode,N.Williams,andM.La(UniversityofSouthAlabama)

16:20 3644 SelectiveRemovalandRecoveryofLigninUsingProticIonicLiquids(PILs)foraCost−EffectiveBiomassPretreatmentMethod–E.C.Achinivu,G.Li,andW.A.Henderson(NorthCarolinaStateUniversity)

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I3 – Poster Session 1 – 18:00 – 20:00Co-Chairs: D. Fox and M. Foley

• 3645 ElectrochemicalBehaviorofVanadiumOxidesin(NH2)2CO–KClMelt–A.SavchukandS.V.Devyatkin(InstituteofGeneralandInorganicChemistry)

• 3646 EffectoftheSecondCoordinationSphereontheStandardRateConstantsofChargeTransferfortheCr(III)/Cr(II)RedoxCoupleinChlorideMelts–Y.Stulov,V.Kremenetsky(InstituteofChemistry,KolaScienceCentreRAS),andS.Kuznetsov(KSCRAS)

• 3647 CharacteristicofSteam-ActivatedBoron-DopedDiamondElectrodeinaMoltenNH4F·2HF–A.Oishi(DoshishaUniversity),H.Kazuhiro,M.Uno,T.Nakai(PermelecElectrodeLTD.),W.Sugimoto(ShinshuUniversity),M.Saito,M.Inaba,andA.Tasaka(DoshishaUniversity)

• 3648 CorrosionofNickel-Chromium-MolybdenumBasedAlloyinChlorideMeltsContainingTransitionMetalIons–A.Abramov,V.Karpov,I.B.Polovov,D.Vinogradov,V.A.Volkovich,andO.Rebrin(UralFederalUniversity)

• 3649 ElectronicAbsorptionSpectraofNiobiumSpeciesinHalideMelts–N.Brevnova,I.B.Polovov,M.Chernyshov,V.A.Volkovich,B.Vasin(UralFederalUniversity),andT.Griffiths(RedstonTrevorConsulting,Ltd.)

• 3650 CorrosionofFerriticandFerritic-MartensiticSteelsinNaCl-KCl-VCl2Melts–I.B.Polovov,D.Vinogradov,A.Abramov,A.Shak,V.A.Volkovich,O.Rebrin(UralFederalUniversity),andT.Griffiths(RedstonTrevorConsulting,Ltd.)

• 3651 CorrosionofAusteniticSteelsandTheirComponentsinVanadium-ContainingChlorideMelts–A.Abramov,I.B.Polovov,V.A.Volkovich,O.Rebrin,E.Denisov(UralFederalUniversity),andT.Griffiths(RedstonTrevorConsulting,Ltd.)

• 3652 EvaluationofNaTFSI-TBATFSIIonicLiquidasanElectrolyticMeltforNaElectrorefining–R.Inaba,M.Ueda,andT.Ohtsuka(HokkaidoUniversity)

• 3653 InductionofLiquid-CrystallineBicontinuousCubicPhasesintoZwitterionsbyAdditionofLithiumSalts–T.Matsumoto(TokyoUniversityofAgricutureandTechnology),T.Ichikawa(TokyoUniversityofAgricultureandTechnology),T.Kato(TheUniversityofTokyo),andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3654 InfluenceofNonflammableDiluentsonPropertiesofPhosphoniumIonicLiquidsasLithiumBatteryElectrolytes–K.Tsunashima,H.Taguchi(WakayamaNationalCollegeofTechnology),andF.Yonekawa(NipponChemicalIndustrialCo.,Ltd.)

• 3655 AbsorptionandDesorptionofWaterby1-Alkyl-3-Methylimidazolium+IonicLiquids,andStudiesofTheirElectrochemicalandPhysicalProperties–J.DeCerboandV.Katovic(WrightStateUniversity)

• 3656 ElectrochemicalBehaviorofBis(trifluoromethylsulfonyl)imide-basedILsatGoldSingleCrystalElectrodes–H.Ueda(GraduateSchoolofScienceandTechnology,KumamotoUniversity),K.Nishiyama(KumamotoUniv.),andS.Yoshimoto(KumamotoUniversity)

• 3657 HysteresisEffectsintheIn SituSFGandDifferentialCapacitancemeasurementsonMetalelectrode/IonicLiquidsInterface–W.Zhou,Y.Wang,R.Yin(ShanghaiUniversity),andY.Ouchi(NagoyaUniversity)

• 3658 SpatialDistributionofChemicalSpeciesatIonicLiquid/ElectrodeInterfaceStudiedbyIn SituX-rayPhotoelectronSpectroscopy–M.Hirogaki,T.Tsuda,S.Kuwabata,K.Fukui,andA.Imanishi(OsakaUniversity)

• 3659 VisualizationofIonic-Liquid/SolidInterfacesbyFrequencyModulationAtomicForceMicroscopy–M.Negami,T.Ichii,K.Murase,andH.Sugimura(KyotoUniversity)

• 3660 ElectrochemicalStudiesofCyclicAmmoniumBasedIonicLiquidswithAllylSubstituents–T.Wu(NationalYunlinUniversityofScienceandTechnology),C.Su,C.Chen(NationalChengKungUniversity),C.Kuo(NationalKaohsiungUniversityofAppliedSciences),andI.Sun(NationalChengKungUniversity)

• 3661 ElectrochemicalOxidationofGlucosebyNitroxideRadicalsorGoldNanoparticlesinIonicLiquids–A.Konno,M.Abe,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3662 CharacterizationofAuNanoparticlesPreparedbyX-ray-InducedReductioninIonicLiquidatNanopore–T.Arimura,T.Sakamoto,T.Tsuda,S.Kuwabata,K.Fukui,andA.Imanishi(OsakaUniversity)

• 3663 ElectrodeKineticsofOxygen/SuperoxideIonRedoxCoupleinSomeAmide-TypeIonicLiquids–T.Nakagawa,Y.Katayama,andT.Miura(KeioUniversity)

• 3664 MoltenSaltsasaPromisingMediumfortheSynthesisofHighActiveCatalyticCoatings–A.Dubrovskiy(InstituteofChemistry,KolaScienceCentreRAS)andS.Kuznetsov(KSCRAS)

• 3665 SynthesisofCarbidesRefractoryMetalNanocoatingsonCarbonFibersandNanoneedlesofSiliconinMoltenSalts–V.Dolmatov(TananaevInstituteofChemistryandTechnologyofRareElementsandMineralRawMaterials)andS.Kuznetsov(KSCRAS)

• 3666 FacileSynthesisofCu-basedSemiconductorNanoparticlesbytheOxidationofCuMetalSputter-depositedinanIonicLiquid–A.Morimoto,K.Okazaki(NagoyaUniversity),S.Kuwabata(OsakaUniversity),andT.Torimoto(NagoyaUniversity)

• 3667 ReactionEntropiesofsomeRedoxCouplesinIonicLiquids–Y.Yamato,Y.Katayama,andT.Miura(KeioUniversity)

• 3668 EffectofIonStructuresonPhaseBehaviorsofHydrophobicandPolarIonicLiquidsafterMixingwithWater–Y.Fukaya,T.Nakano,N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

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• 3669 SynthesisofIonicLiquidsasSolventsforPoly(3-Hydroxybutyrate)underMildCondition–H.Mokudai,Y.Fukaya,N.Nakamura(TokyoUniversityofAgricultureandTechnology),andH.Ohno(TokyoUniversityofAgricultureandTechnology,JSTCREST)

• 3670 DesignofIonicLiquid-BasedPolyelectrolytesShowingDynamicPhaseTransitionwithWater–Y.KohnoandH.Ohno(TokyoUniversityofAgricultureandTechnology)


Electrocatalysts Structural Effects II – 08:20 – 12:00Co-Chairs: G. Brisard and D. Guay

08:20 3752 (Invited)ApplicationofOrderedIntermetallicPhasestoElectrocatalysis–F.Matsumoto(KanagawaUniversity)andH.Abe(NationalInstituteforMaterialsScience(NIMS))

09:00 3753 ActivationofNobleMetalCentersthroughModificationwithMetalOxoSpeciestowardsElectrocatalyticOxidationofAlcoholsandFormicAcid–P.J.Kulesza,I.Rukowska(UniversityofWarsaw),A.Wadas,D.Marks,K.Klak(DepartmentofChemistry,UniversityofWarsaw),andS.Zoladek(UniversityofWarsaw)

09:20 3754 Synthesis,CharacterizationandElectrocatalyticPropertiesofElectrodepositedPtThinFilmswithPreferential{100}Orientation–E.Bertin,S.Garbarino(INRS-EMT),J.Solla-Gullón,F.Vidal-Iglesia,J.Feliu(UniversityofAlicante),A.Ponrouch,M.H.Martin,andD.Guay(INRS-EMT)

09:40 3755 ElectrodeSurfaceControlbyPlatinumNanoparticlesProtectedbyPolyacrylicAcidforElectrocatalyticHydrogenGeneration–M.KajitaandM.Yagi(NiigataUniversity)

10:00 Intermission(20Minutes)10:20 3756 (Invited)ElectrochemicalBehaviorofPt-Skin

LayersonPt-CoAlloySingle-CrystalElectrodesinAcidMedia–M.Wakisaka,S.Morishima,Y.Hyuga,H.Uchida,andM.Watanabe(UniversityofYamanashi)

11:00 3757 UniquePropertiesofReducedSnOx:COOxidationonNanostructuredSnOx/Pt(111)–S.Axnanda,W.Zhou,M.G.White(BrookhavenNationalLaboratory),Z.Zhu(UniversityofCalifornia,Berkeley),andZ.Liu(LawrenceBerkeleyNationalLaboratory)

11:20 3758 ClarificationofTwo-ConsecutivePotentialDrivenPhaseTransitionProcessesofDiphenylViologenataAu(111)ElectrodeSurface–T.HigashiandT.Sagara(NagasakiUniversity)

11:40 3759 ElectrooxidationofCOonEpitaxialBilayerOxideFormedonPlatinumNanofacets–V.Komanicky(SafarikUniversity),D.Hennessy,andH.You(ArgonneNationalLaboratory)

Theoritical Aspects in Electrocatalysis – 14:00 – 17:20Co-Chairs: N. Hoshi and T. Ohsaka

14:00 3760 MultiscaleModelingoftheH2OxidationReactionattheNi/YSZInterfaceinthePresenceandAbsenceofSulfur–A.HeydenandS.C.Ammal(UniversityofSouthCarolina)

14:20 3761 TheoreticalInvestigationoftheH2OxidationontheSr2Fe1.5Mo0.5O6-δ(001)PerovskiteSurfaceunderAnodicSolidOxideFuelCellConditions–S.Suthirakun,S.C.Ammal,andA.Heyden(UniversityofSouthCarolina)

14:40 3762 ElectrochemistrybyFirst-PrinciplesCalculations:ElectrochemicalOxidationofAmmoniaatPt(hkl)/AlkalineSolutionInterfaces–D.Skachkov,C.VenkateswaraRao,andY.Ishikawa(UniversityofPuertoRico)

15:00 3763 DensityFunctionalTheoryComputationofElectrolyteCompetitiveAdsorptionandElectrochemicalActivationBarriers–M.J.Janik,K.Yeh,andG.Rostamikia(ThePennsylvaniaStateUniversity)

15:20 Intermission(20Minutes)15:40 3764 ADFTCalculationStudyoftheHydrogen

ElectrodeProcessesonPt(111)andPt(100)Surfaces–Q.Zhang,J.Chen,andS.Chen(WuhanUniversity)

16:00 3765 DFTStudyofWaterDissociationandDiffusiononMetalSurfaces,KinksandStep–L.Arnadottur(OregonStateUniversity)

16:20 3766 CostEffectiveComputationalMethodforPerformingFirst-PrinciplesMolecular-DynamicsSimulationsunderConstantPotentialBias–N.Bonnet,T.Morishita(AIST),O.Sugino(UniversityofTokyo),andM.Otani(NationalInstituteofAdvancedIndustrialScienceandTechnology)

16:40 3767 VibrationAnalysisof(Bi)SulfateAdsorptiononPt(111)SurfaceinAqueousSolutionfromtheFirstPrinciplesSimulation–Y.Qian(FC-CubicCutting-EdgeCenterTechnologyResearchAssociation),M.Otani,andT.Ikeshoji(NationalInstituteofAdvancedIndustrialScienceandTechnology)

17:00 3768 FundamentalInsightsontheElectrochemicalWaterSplittingusingSolidOxideElectrolyzers–E.Nikolla(WayneStateUniversity)


I4 – Poster Session – Electrocatalysis VI – Poster – 18:00 – 20:00Co-Chairs: G. Brisard and A. Wieckowski

• 3769 ElectrochemicallyFabricatedMetalCatalystsforGlucoseOxidationinBioFuelCellApplication–J.Lim,S.Pyo,D.Lee,H.Park,andS.Kim(Chung-AngUniversity)

• 3770 RedoxCatalysisforDehydrogenationofLiquidHydrogenCarrierforFuelCellApplications–E.Deunf(LawrenceBerkeleyNationalLaboratory/UniversityCaliforniaBerkeley),L.Rubin(UniversityofCaliforniaBerkeley),D.Pete(LawrenceBerekeleyNationalLaboratory),J.Arnold(UniversotyofCaliforniaBerkeley),andJ.Kerr(LawrenceBerekeleyNationalLaboratory)

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• 3771 TheGraphene-supportedPdSnNanoparticlesasEfficientCatalystsforEthanolElectrooxidation–Y.Kim,S.Choi,E.Lim,S.Lee(GwangjuInstituteofScienceandTechnology(GIST)),andW.Kim(GwagnjuInstituteofScienceandTechnology)

• 3772 StructuralEffectsontheOxygenReductionReactionontheHighIndexPlanesofPt3Co–Y.Takesue,T.Rurigaki(ChibaUniversity),A.Hototsuyanagi,M.Nakamura(ChibaUniveristy),andN.Hoshi(ChibaUniversity)

• 3773 ControllingDiffusionProfileofElectroactiveSpeciesforSelectiveAnodicStrippingVoltammetryofCd[sup]2+[/sup]–A.Sugitani,T.Watanabe,andY.Einaga(KeioUniversity)

• 3774 MolecuarSelf-AssemblingControlOvertheSurfaceStatesandFieldEffectsatN-Gaas(100)Electrodes–V.Lazarescu,M.Enache,G.Dobrescu,M.Gartner(InstituteofPhysicalChemistry“IlieMurgulescu”),C.Negrila,andM.Lazarescu(NationalInstituteofMaterialPhysics)

• 3775 One-StepElectrodepositionofMultilayeredSurfactant/MnO2CompositeandItsElectrochemistry–M.Shamoto,S.Mito,K.Tomono,andM.Nakayama(YamaguchiUniversity)

• 3776 TungstenCarbidePromotedCo@PdCore-ShellNanoparticlesasHighlyActiveORRElectrocatalyst–Z.LiandP.Shen(SunYat-SenUniversity)

• 3777 HydrazineOxidationat{100}PreferentiallyOrientedPtBlackSurfaces–C.Roy,E.Bertin,M.H.Martin,S.Garbarino,andD.Guay(INRS-EMT)

• 3778 SurfaceModificationofDiamondNanoparticleandItsElectrochemicalProperties–J.Urai,T.Kondo,andM.Yuasa(TokyoUniversityofScience)

• 3779 ElectrocatalyticWaterOxidationonaMesoporousIrO2FilmFabricatedUsingaTriblockCopolymerTemplate–D.Chandra,N.Abe,andM.Yagi(NiigataUniversity)

• 3780 In SituObservationofAdsorptionBehaviorsofNafionSide-ChainModelCompoundsonElectrodesbyATR-SEIRAS–K.Nomura,N.Ohta,H.Notsu(FC-CubicTRA),T.Kondo(OchanomizuUniversity),andI.Yagi(FC-CubicTRA)

• 3781 ElectrochemicalActivityandStabilityofPtCatalystsSupportedonSilica-CNFHybridMaterials–A.Kim,S.Lim,D.Peck,S.Kim,B.Lee,andD.Jung(KoreaInstituteofEnergyResearch)

• 3782 IntermediatesofEthanolElectro-oxidationonSnOx/PtCatalystsStudiedbyIn SituFTIRSpectroscopy–J.Magee,W.Zhou,andM.G.White(BrookhavenNationalLaboratory)

• 3783 SynthesisandElectrocatalyticActivityofShapeControllableGoldNanoparticlesEnclosedbyHigh-indexFacets–B.C.Solomon,F.Ke,andX.Zhou(UniversityofSouthCarolina)


J1-3 – Gas and Liquid Phase Chemical Sensors – 08:00 – 12:20Co-Chairs: J. Li and L. Nagahara

08:00 3845 (SensorDivisionOutstandingAchievementAwardPresentation)CeramicGasSensorstoOxideNanostructures:OpportunitiesandChallenges–S.Akbar(OhioStateUniversity)

08:40 3846 TheCharacteristicsofNanocompositeChemicalSensors–A.K.Batra,J.Stephens(AlabamaA&MUniversity),andJ.Currie(NASA-MSFC)

09:00 3847 DiminishingEthanolCross-sensitivityviaLaminationofSelectiveOxidationCatalystlayeronZirconia-basedVOCSensor–T.Sato(KyushuUniversity),M.Breedon(JapanSocietyforthePromotionofScience),Y.Kugimiya(SaseboHeavyIndustries),andN.Miura(KyushuUniversity)

09:20 3848 RapidandSimpleImmunoassayBasedonNegativeDielectrophoresiswithThree-DimensionalInterdigitatedArrayElectrodes–T.Yasukawa(UniversityofHyogo),H.Shiku,T.Matsue(TohokuUniversity),andF.Mizutani(UniversityofHyogo)

09:40 3849 Bismuth-filmelectrodesforSn2+Sensing:TheRolesofGrainSize,PreferredOrientationRatio,andSurfaceRoughness–C.H.Lien,K.Chang,C.Hu,Y.Tsai,andD.Wang(NationalTsingHuaUniversity)

10:00 Intermission(20Minutes)10:20 3850 High-ThroughputSeparationAssayforNO

MetabolitesinBloodusingMicrofluidicElectrophoresis–S.Wakida(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),T.Miyado(KinkiPolytechnicCollege),K.Shimazu,Y.Shibutani(OsakaInstituteofTechnology),T.Mizukami,K.Nose,andA.Shimouchi(NationalCerebralandCardiovascularCenter)

10:40 3851 EffectsofSurfaceModificationofNoble-MetalElectrodeswithAuontheH2SensingPropertiesofDiode-typeGasSensors–T.Hyodo,T.Yamashita,andY.Shimizu(NagasakiUniversity)

11:00 3852 ApplicationofElectrospunCarbonNanofiberandItsCompositesinElectroanalyticalChemistry–J.Huang,Y.Liu,andT.You(ChangchunInstituteofAppliedChemistry)

11:20 3853 SolublePolyanilineforaStateofHealthSensor–M.Kane(SandiaNationalLaboratories)

11:40 3854 PotentiometricYSZ-basedSensorsUsingZn-Ta-O-basedSensingElectrodeforSelectiveH2Detection–S.A.Anggraini(KyushuUniversity),M.Breedon(JapanSocietyforthePromotionofScience),andN.Miura(KyushuUniversity)

12:00 3855 SolidElectrolyteTypeAmmoniaGasSensorwithHighWaterDurability–S.Tamura,T.Nagai,andN.Imanaka(OsakaUniversity)

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J1-4 – Gas and Liquid Phase Chemical Sensors – 14:00 – 18:00Co-Chairs: M. Carter and Z. M. Sailor

14:00 3856 LowCost8nmRadiusNanoelectrodesArraysbySol-GelChemistry:ToFundamentalUnderstandingofMassTransportTowardDirectDNAHybridizationDetectionElectrochemicalSensor–O.Fontaine(UniversityofSt.Andrews),C.Laberty,H.Perrot,andC.Sanchez(UniversityofPierreetMarieCurrie)

14:20 3857 DirectComparisonofAnti-InterferencePropertyforBimetallicPtAu,PtIr,andPtRuNanoparticlecatalystsinAmperometricDetectionforH2O2BasedBiosensors–M.Janyasupab(CaseWesternReserveUniversity),Y.Zhang(ShanghaiUniversity),C.Liu(NationalCentralUniversity),andC.Liu(CaseWesternReserveUniversity)

14:40 3858 AHigh-ThroughputAssayforEvaluationofEmbryoidBodiesusingLocalRedoxCycling-BasedElectrochemicalChipDevice–K.Ino,T.Nishijo,Y.Kanno,H.Shiku,andT.Matsue(TohokuUniversity)

15:00 3859 PrintedAmperometricGasSensors–M.T.Carter,J.Stetter,M.Findlay,andV.Patel(KWJEngineering,Inc.)

15:20 3860 InteractionofWaterVaporwithSnO2SensorMaterials:AComparisonofDRIFTSandResistanceMeasurements–R.G.Pavelko(KyushuUniversity),K.Grossmann,N.Barsan(UniversityofTuebingen),andK.Shimanoe(KyushuUniversity)

15:40 3861 pHSensingCharacteristicsandBiosensingApplicationofSolution-GatedReducedGrapheneOxideField-EffectTransistors–I.Sohn,D.Kim,J.Jung,O.Yoon,andN.Lee(SungkyunkwanUniversity)

16:00 3862 DevelopmentofMicroHydrogenGasSensorUtilizingPolymerizedGelwithIonicLiquidasaSolvent–T.Yamauchi(NiigataUniversity)

16:20 3863 IridiumOxidepHSensorDevelopmentandItsApplicationinCorrosionStudy–F.Huang,Y.Jin,andL.Wen(UniversityofScienceandTechnologyBeijing)

16:40 3864 Surface-enhancedRamanScatteringonOrderedMetalNanodotArrayObtainedUsingAnodicPorousAlumina–T.Kondo(KAST),K.Nishio,andH.Masuda(TokyoMetropolitanUniversity)

17:00 3865 Enzyme-EncapsulatedQuantumDotHydrogelsintheDevelopmentofBiosensors:AMultifunctionalPlatformforBothBio-CatalysisandFluorescentProbing–J.Yuan,N.Gaponik,andA.Eychmüller(TUDresden)

17:20 3866 AdaptiveChemicalSamplingDeviceInspiredbyCrayfish–R.Takemura,K.Takahashi,T.Makishita,andH.Ishida(TokyoUniversityofAgricultureandTechnology)

17:40 3867 CarbohydrateImmobilizationontheSurfaceofFieldEffectTransistorBiosensorforDetectionofVirus-relatedProtein–S.Hideshima(ResearchInstituteforScienceandEngineering,WasedaUniversity),H.Hinou(GraduateSchoolofLifeScience,HokkaidoUniversity),D.Ebihara,R.Sato,S.Kuroiwa(DepartmentofAppliedChemistry,GraduateSchoolofAdvancedScienceandEngineering,WasedaUniversity),S.Nishimura(GraduateSchoolofLifeScience,HokkaidoUniversity),andT.Osaka(WasedaUniversity)


J1 – Poster Session – 18:00 – 20:00Co-Chairs: J. Li and L. Nagahara

• 3868 BlockCo-polymerEnhanced3DCarbonNanostructureElectronics–S.Guo,A.George,M.Penchev,C.Ozkan,andM.Ozkan(UniversityofCalifornia,Riverside)

• 3869 Self-AssembledMonolayersofOligonucleotidesasReceptorLayersforMetalIonsSensors–L.Gorski,R.Ziolkowski,andE.Malinowska(WarsawUniversityofTechnology)

• 3870 DevelopmentofHighly-SensitiveElectrochemicalMeasurementSystemonDryChemistryusingIonicLiquid–S.Arimoto,M.Takahashi,A.Kamei,andT.Yoshioka(PanasonicCorporation)

• 3871 ChalcogenideGlassChemicalSensorforCadmiumDetectioninIndustrialEnvironment–M.Milochova,M.Kassem,andE.Bychkov(UniversityofLittoral)

• 3872 ElectrochemicalPumpConsistingofCu2+-Poly(acrylicacid)Gel–K.Takada,N.Yamamura,A.Hayashi,T.Yasui,andA.Yuchi(NagoyaInstituteofTechnology)

• 3873 ThepHSensingCharacteristicsofExtended-GateField-EffectTransistorBaseonTheElectrodewithCopperOxideNanowires–Y.Huang,H.Lin,H.Li,W.Dai,C.Chou,andH.Cheng(NationalChiaoTungUniversity)

• 3874 MultiplexedCantileverSensorswithaPeptideReceptorandHumidityEffectsonBindingKinetics–Y.Yoo,M.Chae,J.Kang,K.Hwang,T.Kim(KoreaInstituteofScienceandTechnology),andJ.Lee(KwangwoonUniversity)

• 3875 HighSensitiveAmperometricDetectionofGlucoseusingConductiveDLCElectrodeinHigherPotentialRegion–K.Honda,H.Naragino,K.Yoshinaga,A.Nakahara,andS.Tanaka(YamaguchiUniversity)

• 3876 ElectrochemicalImmunosensorforDiagnosticofParasiticalHumanDiseases–C.A.Erdmann,J.Inaba,A.G.Viana,C.A.Pessoa,K.Wohnrath,andJ.R.Garcia(StateUniversityofPontaGrossa)

• 3877 CharacterizationandElectrochemicalResponseofSonogelCarbonElectrodeModifiedwithNanostructuredTiO2andZrO2FilmtoDetectCommonNeurotransmitters–M.Hughes,N.Vincent,andS.K.Lunsford(WrightStateUniversity)

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• 3878 ANovelApproachofPb(II)DeterminationinEnvironmentalSamplesbyLeadSelectiveElectrodes–G.LisakandJ.Bobacka(ÅboAkademiUniversity)

• 3879 FunctionalizationofPyrolyzedCarbonStructuresforBio-nano-electronicsPlatforms–M.Hirabayashi,B.Mehta(SanDiegoStateUniversity),S.Kassegne(MEMSLab,SanDiegoStateUniversity),andA.Khosla(SimonFraserUniversity)

• 3880 MicromechanicalDetectionof2,4-DinitrotoluenebyaCantilever-basedArtificialOlfactorySystemwithMicro-Preconcentrator–M.Chae,Y.Yoo(KoreaInstituteofScienceandTechnology),J.Lee(KwangwoonUniversity),S.Lee,J.Kang,T.Kim,andK.Hwang(KoreaInstituteofScienceandTechnology)

• 3881 Layer-by-LayerCatalyticInterfaceforElectrochemicalDetectionofMultipleSubstratesFeaturingBio-FunctionalizedCarbonNanotubes–J.KirschandA.Simonian(AuburnUniversity)

• 3882 ImprovedElectrocatalyticPerformanceforH2O2DetectionBasedonBimetallicPtM(M=Pd,AuorIr)Nanoparticles–Y.Zhang(ShanghaiUniversity),M.Janyasupab(CaseWesternReserveUniversity),C.Liu(NationalCentralUniversity),J.Xu(ShanghaiUniversity),andC.Liu(CaseWesternReserveUniversity)

• 3883 SuperoxideAnionRadicalSensorusingGCElectrodeModifiedwithHeparin/PEDOTandPolymerizedIronPorphyrin–R.Matsuoka,T.Kondo,andM.Yuasa(TokyoUniversityofScience)

• 3884 Ultra-SensitiveLabel-FreeDetectionofProteinsbyChemicallyDerivedGrapheneBasedField-EffectTransistor–D.Kim,I.Sohn,J.Jung,O.Yoon(SungkyunkwanUniversity),J.Park(KoreaElectronicsTechnologyInstitute),andN.Lee(SungkyunkwanUniversity)

• 3885 NewApplicationofProducedPigmentfromBacteriatoDetectofAmmoniainCombinationwithFlowInjectionforAmmoniaAnalysis–Y.IidaandI.Satoh(KanagawaInstituteofTechnology)

• 3886 PreparationofFineImplantableNeedleTypeBiosensorsforBloodVesselGlucoseMonitoring–K.EdagawaandM.Yasuzawa(UniversityofTokushima)

J2Luminescence and Display Materials: Fundamentals and ApplicationsLuminescenceandDisplayMaterials323A, Level 3, Hawaii Convention Center

Phosphors for Lighting – 10:40 – 15:40Co-Chairs: John Collins and Baldassare DiBartolo

10:40 Intermission(20Minutes)11:00 3897 NovelSynthesisMethodsofSilicateandSilicon

OxynitridePhosphorsUsingSiliconMonoxide(SiO)asaRawMaterial–T.Ishigaki,T.Sakamoto,S.Kamei,K.Uematsu,K.Toda,andM.Sato(NiigataUniversity)

11:40 3898 SynthesisofNitrideandOxynitridePhosphorsUsingFluidizedBedFurnace–K.Toda,S.Kamei,K.Uematsu,T.Ishigaki,andM.Sato(NiigataUniversity)

12:00 LunchBreak(120Minutes)14:00 3899 SynthesisofHighlyEfficientRedPhosphor

SrCaSiO4:Eu2+byAqueousSolutionMethod–S.Tezuka,K.Hideki,Y.Takatuka,andM.Kakihana(TohokuUniversity)

14:20 3900 EffectsofPreparationConditionforPhotoluminescentPropertiesofWhiteLightEmittingMesoporousCarbon¬-SilicaNanocomposites–Y.Ishii(NagoyaInstituteofTechnology),K.Sato,Y.Ishikawa(JapanFineCeramicsCenter,Mutsuno),andS.Kawasaki(NagoyaInstituteofTechnology)

14:40 3901 LuminescencePropertiesofNewThioaluminatePhosphors(Ba1-XSrX)4Al2S7:Eu–T.Hasegawa,H.Kato,M.Kobayashi,H.Yamane,andM.Kakihana(TohokuUniversity)

15:00 3902 AnomalousRareEarthDopinginNitrideandOxynitridePhosphors–T.Takeda,R.Xie,N.Hirosaki,K.Kimoto(NationalInstituteforMaterialsScience),andM.Saito(TohokuUniversity)


J2 – Poster Session – 18:00 – 20:00

• 3903 InvestigationofIonDependenceofElectronicStructurefor3d3IonsinMg2TiO4basedonFirst-principlesCalculations–M.Novita(KwanseiGakuinUniversity),H.Yoshida(MitsubishiChemicalGroup),andK.Ogasawara(KwanseiGakuinUniversity)

• 3904 ComparisonofSimulationandExperimentalResultsofCrystallineSiSolarModulewithYVO4:Bi3+,Eu3+NanophosphorSpectralShifter–Y.Iso,S.Takeshita,andT.Isobe(KeioUniversity)

• 3905 Simple-StructureLight-EmittingDiodesBasedonaBlendofNanocrystalQuantumDotsandZnO–J.Kwak(Dong-AUniversity),W.Bae(LosAlamosNationalLaboratory),andC.Lee(SeoulNationalUniversity)

• 3906 OptimizingtheSynthesisofEuropiumDibenzoylmethideTriethylammonium–K.Bhat,R.Fontenot(AlabamaA&MUniversity),W.A.Hollerman(UniversityofLouisianaatLafayette),andM.Aggarwal(AlabamaA&MUniversity)

• 3907 ComparisonofHydrothermalandGlycothermalSynthesesofYBO3:Ce3+,Tb3+withGreenFluorescenceunderNearUVExcitation–H.Hara,S.Takeshita,T.Isobe(KeioUniversity),T.Sawayama,andS.Niikura(SINLOIHICo.,Ltd.)

• 3908 PracticalMultipletEnergyLevelDiagramsforV2+,Cr3+,Mn4+inOxidesandinFluorides–H.Nagoshi(KwanseiGakuinUniversity),H.Yoshida(MitsubishiChemicalGroup),andK.Ogasawara(KwanseiGakuinUniversity)

• 3909 TheInfluenceofPhosphorDecayTimeontheCross-Talkin3D-PDP–J.Yoo(Chung-AngUniversity),C.Ji(LGElectronics),G.Anoop,I.Cho,S.Lee(Chung-AngUniversity),Y.Cho,W.Kim,andE.Park(LGElectronics)

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• 3910 SynthesisofInPMulti-ShellStructuredQuantumDotandTheirApplicationforWhiteLEDs–K.KimandS.Jeong(KoreaInstituteofMachineryandMaterials)

• 3911 ImprovedOpticalPropertiesofInPQuantumDotThroughTransitionMetalDoping–J.No,K.Kim,andS.Jeong(KoreaInstituteofMachineryandMaterials)

• 3912 SynthesisandSpectroscopyofNanoscaleY2O3:Nd3+Phosphors–G.Bilir(IstanbulTechnicalUniversity),G.Ozen(InstanbulTechnicalUniversity),J.Collins(WheatonCollege),andB.DiBartolo(BostonCollege)

• 3913 PreparationandPhotoluminescencePropertyofPraseodymiumdopedCalciumTitanateNanocrystals–Y.Hakuta(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),M.Ohara,M.Aoki,K.MInami,K.Sue,andH.Takashima(AIST)

• 3914 EffectsofPreparingConditionsontheLuminescentPropertiesofMn4+IonDopedCaAl4O7Phosphors–J.Park,G.Kim,andY.Kim(KyonggiUniversity)

• 3915 TheLuminescentPropertiesofEu2+DopedCa2SiO4NanopowdersSynthesizedbyaSol-GelMethod–J.Park,J.Lee,andY.Kim(KyonggiUniversity)

• 3916 3DVisualizationof4-ComponentRelativisticWaveFunctionsoftheFreeCe3+IonandtheCe3+IoninYAG–T.Katakami,K.Higashiura,andK.Ogasawara(KwanseiGakuinUniversity)

• 3917 LowElectricFieldDrivingTransparentThinFilmsElectroluminescenceDeviceswithPerovskiteOxides–H.Takashima(NationalInstituteofAdvancedIndustrialScienceandTechnology)andI.Mitsuru(TokyoInstituteTechnology)

• 3918 LuminescencestudyofCa3-3x/2(VO4)2:xEu(0.01≤x≤0.09)Red-PhosphorsPreparedbySolutionCombustionMethod–K.Kim,S.Yoon(SejongUniversity),Y.Shin(Ceronics),andK.Park(SejongUniversity)

• 3919 MicrostructureandPhotoluminescencePropertiesofSr2.91V2O8:Eu0.06PhosphorsPreparedbytheSolutionCombustionMethod–K.Park,S.Yoon,K.Kim(SejongUniversity),andY.Shin(Ceronics)

• 3920 ElectroluminescencefromCr3+inNewPerovskiteThin-FilmPhosphorsusingLaAlO3andLaGaO3astheHost–T.Miyata,Y.Nishi,T.Mori,andT.Minami(KanazawaInstituteofTechnology)

• 3921 DevelopmentofNovelElectrochromicHyperbranchedPolymerforDisplays–S.Kim(KumamotoUniversity),A.Tanaka(NissanChemicalIndustries,Ltd.,),andT.Nagamura(KitakyushuNationalCollegeofTechnology(KCT))

• 3922 ElectricandElectroluminescencePropertiesofCa0.6Sr0.4TiO3:PrThinFilmsPreparedbySol-GelMethod–T.Kyomen,M.Hanaya(GunmaUniversity),andH.Takashima(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 3923 OpticalPhononEmissionofZnOThinFilms–S.Munisamy,S.Kasilingam(NagoyaInstituteofTechnology),T.Rajalingam(NationalChaioTungUniversity),andT.Masaki(NagoyaInstituteofTechnology)

• 3924 SynthesisofSr2Si5N8:Eu2+Red-EmittingPhosphorbyInductionHeating–J.Choi(UniversityofCalifornia,SanDiego),A.Piquette,M.Hannah,K.C.Mishra(OsramSylvania),J.B.Talbot,andJ.McKittrick(UniversityofCalifornia,SanDiego)

• 3925 MorphologyandParticleSizeDependentLuminescencePropertiesofY2O3:EuPhosphorsPreparedbyVariousSyntheticMethods–Y.Kim,J.Han,J.Talbot,andJ.Mckittrick(UniversityofCalifornia,SanDiego)

J3Materials for Solid State LightingLuminescenceandDisplayMaterials/NewTechnologySubcommittee316B, Level 3, Hawaii Convention Center

Oxide and Oxynitrides – 08:00 – 09:40Co-Chairs: Kyota Ueda and John Collins

08:00 3969 Synthesis,LuminescenceMechanismandApplicationofβ-sialonGreenPhosphorwithSharpLine-Width–K.Takahashi,K.Yoshimura,M.Harada,Y.Tomomura(Sharp),T.Takeda,R.Xie,andN.Hirosaki(NationalInstituteforMaterialsScience)

08:40 3970 SynthesisandLuminescenceofEu2+ActivatedYellowOxynitridePhosphor–P.Nammalwar,S.Manepalli,D.Porob(GEITCPvtLtd),Y.Gao,andA.Setlur(GEGlobalResearchNiskayuna)

09:00 3971 Sr-ContainingSialonPhosphorswithHighQuantumEfficienciesforWhiteLEDs–Y.Fukuda,K.Albessard,A.Okada,T.Sato,R.Hiramatsu,andN.Matsuda(ToshibaCorporation)

Oxide Materials – 09:40 – 10:40Co-Chairs: Naotoshi Matsuda and Kailash Mishra

09:40 3972 BandgapEstimatesandCe3+QuenchinginCs3CoCl5-basedPhosphors–U.Happek(UniversityofGeorgia)andA.Setlur(GEGlobalResearchNiskayuna)

10:00 3973 SinglePhase,HighlyEfficientLi(Ca0.99-xSrxEu0.01)PO4BlueEmittingPhosphorsforNearUV-EmittingLEDs–J.Han(UniversityofCalifornia,SanDiego),M.Hannah,A.Piquette(OsramSylvania),J.Talbot(UniversityofCalifornia,SanDiego),K.C.Mishra(OsramSylvania),andJ.Mckittrick(UniversityofCalifornia,SanDiego)

10:20 3974 LuminescenceQuenchinginHighlyDopedYAG:Ce–A.Setlur(GEGlobalResearch),M.Pasricha,M.Perera,G.Levitt,andU.O.Happek(TheUniversityofGeorgia)


J3 – Poster Session – 18:00 – 20:00

• 3975 EnhancementofPhotoluminescencePropertiesofGreen-EmittingOxynitridePhosphorusingEu2O3@B2O3Core-ShellforWhiteLEDApplications–D.Yoon(SungKyunKwanUniversity)

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• 3976 Silica-OvercoatedCopper-Indium-SulfideQuantumDot-PolymerCompositePlateasaRobustWavelengthConverterofWhiteLight-EmittingDiode–W.Song,E.Jang,andH.Yang(HongikUniversity)

• 3977 TunableGreen-Red-EmittingCa14Mg2[SiO4]8:Eu2+,Mn2+Phosphor:theStructuralandOpticalProperties,andTheirApplicationtoNear-UVLED-basedWhiteLEDs–K.LeeandW.Im(ChonnamNationalUniversity)

• 3978 TheFormationoftheHexagonalPyramidFacetsonWetEtchingPatternedSapphireSubstrate–Y.Chen(NationChiaoTungUniversity),F.Hsiao,andY.Wu(NationalChiaoTungUniversity)

• 3979 HighBrightnessIII–VLight-EmittingDiodesonDiamond/SiliconCompositeSubstrate–T.Chang,J.Hu(NationChiaoTungUniversity),Y.Wu,andB.Lin(NationalChiaoTungUniversity)

• 3980 OrganicLight-EmittingDiodeswithContact-PrintedRedEmissiveLayer–S.Peng,J.Jou,S.Chen,andP.Wu(NationalTsingHuaUniversity)

• 3981 ColorTuningofRed-EmissionEu1-xBaxSi2O2N2PhosphorsforWhite-Light-EmittingDiode–K.Park,K.Seo,J.Kim(PukyongNationalUniversity),T.Kim(LumimicroCo.,LTD),andG.Kim(KoreaUniversityofTechnologyandEducation)

• 3982 BlueExcitabilityofYellowZn1-xMnxSPhosphorandIt’sLEDApplication–K.Park,K.Seo,H.Lim,J.Kim(PukyongNationalUniversity),T.Kim(LumimicroCo.,LTD),andG.Kim(KoreaUniversityofTechnologyandEducation)

• 3983 GreenCaSc2O4:Ce3+PhosphorforWhite-Light-EmittingDiode–K.Park,K.Seo,S.Lim,H.Lim,J.Lim,J.Kim,L.Jiang,J.Kim(PukyongNationalUniversity),T.Kim(LumimicroCo.,LTD),andG.Kim(KoreaUniversityofTechnologyandEducation)

• 3984 LuminescencePropertiesandStabilityImprovementbySiO2CoatingonVariousPhosphorsforNearUV-EmittingLEDs–J.Han(UniversityofCalifornia,SanDiego),M.Hannah,A.Piquette(OsramSylvania),J.Talbot(UniversityofCalifornia,SanDiego),K.C.Mishra(OsramSylvania),andJ.Mckittrick(UniversityofCalifornia,SanDiego)

A2Nanotechnology General SessionAllDivisions/NewTechnologySubcommitteeKamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

A2 – Nanotechnology General Session Poster Session – 18:00 – 20:00Co-Chairs: Fanglin (Frank) Chen, Oana Leonte, Sirikanda Nuansaeng, and William Mustain

• 269 FunctionalizedNanoporousMembraneElectrodesforASVAnalysisofWater–H.Bessbousse,T.Wade,andM.Clochard(CEA-CNRS-EcolePolytechnique)

• 270 SiliconNanowireBasedThermoelectricDevice–M.Jang,Y.Park,Y.Hyun(ETRI),W.Choi(KAIST),andT.Zyung(ETRI)

• 271 StudiesofBoronDiffusivitieson(001)and(110)SubstrateOrientationinSiandGealongVertical/Out-OfPlaneandLateral/In-PlaneDirectionsbySIMSandC-VMeasurementontheDesignedTestPattern–M.Liao,C.Chen,L.Chang,C.Yang(NationalTaiwanUniversity),C.Hsieh(IndustrialTechnologyResearchInstitute),andM.Lee(NationalTaiwanNormalUniversity)

• 272 MeasurementoftheBandGapofAmorphousSiliconBasedThinFilmwithSTEM-EELS–T.Motoya,T.Furuhata(MitsubisiElectricCorporation),andH.Kurata(KyotoUniversity)

• 273 ElectricalPropertiesandMicrostructuresofZnO:GaFilmsFormedbyMagnetronSputtering–N.Yamamoto,K.Morisawa,H.Makino,andT.Yamamoto(KochiUniversityofTechnology)

• 274 SizeeffectonPhotocatalyticActivityofMagnetiteNanoparticlesunderVisible-LightIrradiation–Y.Chen(NationalChengKungUniversity)

• 275 LiquidPhaseSynthesisofQuantumDotswithoutRareMetalsandToxicElements–T.Makimura,S.Takeshita,andT.Isobe(KeioUniversity)

• 276 Diameter-DependentPerformanceoftheMetalOxideNanowireLithium-IonBatteryAnodesControlledbyaSimpleContactPrintingMethod–S.Lee,J.Kim,andW.Kim(GwagnjuInstituteofScienceandTechnology)

• 277 QuantumChemicalMolecularDynamicsSimulationsofMechano-ChemicalReactionsduringCopperChemicalMechanicalPolishingProcesses–K.Kawaguchi,T.Ishikawa,Y.Higuchi,N.Ozawa,T.Shimazaki,andM.Kubo(TohokuUniversity)

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Wednesday, October 1009:00h TechnicalExhibit



18:00h GeneralPosterSession


• 278 SurfacePotentialMeasurementofPCBM/CuPcFilmsonIndiumTinOxideElectrodebyDFM/KPFM–N.Satoh(ChibaIntituteofTechnology),S.Katori,K.Kobayashi,K.Matsushige,andH.Yamada(KyotoUniversity)

• 279 Template-FreeElectrochemicalGrowthofOne-DimensionalMetalNanostructures–S.Park(UniversityofScienceandTechnology),H.Shin,Y.Kim(KoreaResearchInstituteofStandardsandScience),H.Park(UniversityofScienceandTechnology),andJ.Song(KoreaResearchInstituteofStandardsandScience)

• 280 First-PrinciplesCalculationsontheChemicalMechanicalPolishingMechanismofSiO2GlassesbyCaZrO3andSrFeO3AbrasiveParticles–M.Nakamura,T.Ishikawa,Y.Higuchi,N.Ozawa,T.Shimazaki,andM.Kubo(TohokuUniversity)

• 281 SynthesisandCharacterizationofMesoporousSilica-MagnetiteNanocomposites–J.Lee,M.Yoon,andH.Hwang(InhaUniversity)

• 282 NitrogenIncorporatedUltrananocrystallineDiamond/NonhydrogenatedAmorphousCarbonCompositeFilmsPreparedbyPulsedLaserDeposition–S.S.Al-RiyamiandT.Yoshitake(KyushuUniversity)

• 283 DevelopmentofHighEfficientSulfur-DopedTiO2PhotocatalystsHybridizedwithGraphiticCarbonNitride–K.Kondo,N.Murakami,andT.Ohno(KyushuInstituteofTechnology)

• 284 Tight-BindingQuantumChemicalMolecularDynamicsandFirst-PrinciplesMolecularDynamicsStudiesofSuper-LowFrictionMechanismonCarbonNitrideCoatings–S.Sato,S.Bai,T.Ishikawa,Y.Higuchi,N.Ozawa,T.Shimazaki,K.Adachi(TohokuUniversity),J.Martin(EcoleCentraledeLyon),andM.Kubo(TohokuUniversity)

• 285 PreparationofAuNanoorMicroPatternonHydrogelsforOpticalApplications–N.Shimamoto,Y.Tanaka,H.Mitomo(HokkaidoUniversity),R.Kawamura(Riken),K.Ijiro,K.Sasaki(HokkaidoUniversity),andY.Osada(Riken)

• 286 Polymer-NanocrystalCompositesforElectrochromicDevices–E.Runnerstrom,G.Garcia,R.Buonsanti,A.Llordes,T.Pick,B.Helms,andD.Milliron(LawrenceBerkeleyNationalLaboratory)

• 287 VisibleLightResponseofShapeControlledRutileTiO2NanorodPhotocatalystbyLSPRAbsorption–A.Tanibata,N.Murakami,andT.Ohno(KyushuInstituteofTechnology)

• 288 EffectofSinteringTemperatureontheMicrostructureofNanocrystallineNi-yttriaStabilizedZirconiaCermets–K.Park,J.Kim,C.Kim(SejongUniversity),S.Nam,K.Cho,andJ.Choi(SamchunPureChemicalCo.)

• 289 Synthesis,CharacterizationandElectrochemicalPropertyofGraphene-DopedLiFePO4CathodeMaterial–H.V.Nguyen,E.Jin,andH.Gu(ChonnamNationalUniversity)

• 290 ElectrochemicalCharacteristicsofZnDopedTiO2forDye-SensitizedSolarCells–E.Jin,X.Zhao,H.V.Nguyen,andH.Gu(ChonnamNationalUniversity)

• 291 ElectrochemicalPropertiesofQuasi-SolidElectrolyteContainingGrapheneOxideDyeSensitizedSolarCell–X.Zhao,E.Jin,andH.Gu(ChonnamNationalUniversity)

• 292 ElectrochemicalCharacteristicsofZrO2NanofiberaddedTiO2forDye-SensitizedSolarCells–E.Jin,W.Wang(ChonnamNationalUniversity),J.Park(SouthwesternResearchInstituteofGreenEnergyTechnology),andH.Gu(ChonnamNationalUniversity)

• 293 FabricationofDye-SensitizedSolarCellwithCommunityofElectrolyteandPtCounterElectrode–X.Zhao,E.Jin,andH.Gu(ChonnamNationalUniversity)

• 294 NewPreparedTiO2wasusedinPhotoelectrodewithHighEfficiencyonDye-SensitisedSolarCells–W.Wang,E.Jin,andH.Gu(ChonnamNationalUniversity)

• 295 DensificationandCrystallizationofConductingLa0.7Sr0.3VO3NanopowderDerivedfromHydrothermalProcess–K.Fung,C.Cho,C.Liu,C.Ni,andS.Tsai(NationalChengKungUniversity)

• 296 GalliumPhosphideNanowiresforSolarEnergyConversion–W.WenandS.Maldonado(UniversityofMichigan)

• 297 In SituMonitoringofPhotodegradationofMethyleneBlueonRecyclableGoldModifiedTiO2Nanotube(TiO2-NTs)ArraysbyUsingSurface-EnhancedRamanScattering–R.LiandA.Zhou(UtahStateUniversity)

• 298 ControllableVariableMemoryStatesUsingCapacitiveCouplingofTrappedElectrons–M.Lee,Y.Kim,andJ.Lee(KookminUniversity)

• 299 ElectricalConductivityandMicrostructureofNiO-CGOCompositesPreparedByOneStepSynthesis–D.A.Macedo(FederalUniversityofRioGrandedoNorte),F.M.Figueiredo,S.G.Patrício(UniversityofAveiro),R.M.Nascimento,A.E.Martinelli,C.A.Paskocimas(FederalUniversityofRioGrandedoNorte),andF.M.Marques(UniversityofAveiro)

• 300 ToxicityAssay-On-ChipforEngineeredNanomaterials–K.GardeandS.Aravamudhan(NorthCarolinaA&TStateUniversity)

• 301 n-TypeUltrananocrystallineDiamond/HydrogenatedAmorphousCarbonCompositeFilmsPreparedbyPulsedLaserDeposition–S.Al-Riyami(KyushuUniversity),H.Setoyama,K.Sumitani,Y.Hirai(KyushuSynchrotronLightResearchCenter),andT.Yoshitake(KyushuUniversity)

• 302 ActiveTargeting,FluorescenceImaging,andNIRPhotothermalTherapyofMalignantTumors–H.Green,E.Rosenthal,C.Rodenburg,D.Martyshkin,S.Mirov,andW.Grizzle(TheUniversityofAlabamaatBirmingham)

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A3Contemporary Issues and Case Studies in Electrochemical InnovationAllDivisions/NewTechnologySubcommittee306B, Level 3, Hawaii Convention Center

Co-Chairs: E. J. Taylor and C. Bock

08:00 303 (Invited)AddressingaMedicalNeed:IntroductionoftheBatteryfortheImplantableCardiacDefibrillator–E.S.Takeuchi,A.C.Marschilok,andK.J.Takeuchi(StonyBrookUniversity)

08:40 304 FuelCellTechnologyReadiness–S.Petrovic(OregonInstituteofTechnology)

09:00 305 CatalysisResearchforPolymerElectrolyteFuelCell(CaRPE-FC):ACaseStudyonanAcademicLed,Tri-PartyResearchPrograminCanada–T.Navessin(BlueprimeTechnologyConsulting)andS.Holdcroft(SimonFraserUniversity)

09:20 306 (Invited)NextGenerationHeavyDutyBusFuelCells:AnIndustry-AcademicCollaboration–S.Knights(BallardPowerSystems),E.Kjeang,S.Holdcroft,K.Malek(SimonFraserUniversity),J.Kolodziej,M.Lauritzen,M.Watson,andJ.DeVaal(BallardPowerSystems)

09:40 Intermission(20Minutes)10:00 307 (Invited)Academia-IndustrySynergyfor

InnovativePEFCCatalystLayeranditsMaterials–A.Ohma(NissanMotorCo.,Ltd.)

10:20 308 CreatingaSustainableBusinessintheHydrogenandFuelCellMarket–K.E.Ayers,E.B.Anderson,C.B.Capuano,L.T.Dalton,andA.Roemer(ProtonOnSite)

10:40 309 DMFCPowerModulesforMaterialsHandlingVehicles–J.Mergel(ForschungszentrumJülich)

11:00 310 TechnologyTransferbetweenUniversityandIndustryinUzbekistan:TechnoParkModel–N.Mahamatov(TurinPolytechnicUniversityinTashkent)

11:20 311 ElectrochemicalDiscriminationofAscorbicAcidDiastereomersUsingDihydroxyalkanedithiol-modifiedAuElectrode–M.Komatsu,T.Ando,andS.Suzuki(TokaiUniversity)

11:40 312 ThroughtheLookingGlass:AJourneyintoInnovation–R.Jalan(ElectroChem,Inc.)

Co-Chairs: K. Malek and M. Inman

14:00 313 (Invited)FromLabBenchtoMarketplace:BuildingNewElectrochemicalTechnologies–Y.Chiang(MassachusettsInstituteofTechnology)

14:20 314 TurningtheTides:NewMexicoMaterialsforJapaneseCars–P.Atanassov(TheUniversityofNewMexico)

14:40 315 ACaseStudyofTechnologicalInnovationRelatedtoElectroPolishingofStainlessSteelValvesandFittings–E.J.TaylorandM.Inman(FaradayTechnologyInc.)


15:20 316 ElectrochemicalCesiumRecoveryUsingNanoparticleFilmofCopperHexacyanoferrate–H.Tanaka,R.Chen,C.Fukushima,M.Asai,T.Kawamoto(AIST),M.Kurihara(YamagataUniversity),M.Arisaka,T.Nankawa,andM.Watanabe(JapanAtomicEnergyAgency)

15:40 317 IntegrationofaNewElectroplatedMagneticAlloywithPowerSemiconductorWaferManufacturingProcesses–T.Liakopoulos(EnpirionInc.),A.Panda,M.Wilkowski,andA.Lotfi(EnpirionInc)

16:00 318 ANovelTechniqueofQuantifyingMicroInsulationDefectsonGrain-OrientedElectricalSteelUsingtheScanningVibratingElectrodeTechnique–L.T.Cassemis,J.H.Sullivan(SwanseaUniversity),andD.Power(OrbWorks-TataSteel)

16:20 319 RoleofDimensionalParametersforDeterminationofDiffusionCoefficient(D)andSurfaceExchangeCoefficient(K)CaseStudyforOxygenStorageMaterials,ElectrodeMaterialsforSOFCs,andMaterialsforLi-IonandNaBatteries–K.Zheng,D.Baster,J.Molenda,andK.Swierczek(AGHUniversityofScienceandTechnology)


Flow Battery Membrane – 08:00 – 12:00Co-Chairs: M. Hickner and Alex Papandrew

08:00 402 PolymerMembraneforRedoxFlowBatteryApplication–D.Kim,E.MiChoi,E.Kang,andK.Kang(HonamPetrochemicalCorp.)

08:20 403 RoleofMembranePropertiesonSpeciesCrossoverandCapacityLossofaVanadiumRedoxFlowBattery–K.W.Knehr,E.Agar,C.R.Dennison,A.R.Kalidindi(DrexelUniversity),D.Chen,M.Hickner(ThePennsylvaniaStateUniversity),andE.C.Kumbur(DrexelUniversity)

08:40 404 RedoxFlowBatteryinCombinationwithHydrogenEvolution/OxidationElectrode–Z.Siroma,S.Yamazaki,M.Yao,N.Fujiwara,M.Asahi,andT.Ioroi(NationalInstituteofAdvancedIndustrialScienceandTechnology)

09:00 405 NonaqueousRedoxFlowBatteryDevelopmentatPacificNorthwestNationalLaboratory–W.Wang,W.Xu,L.Cosimbescu,D.Choi,L.Li,andZ.Yang(PacificNorthwestNationalLaboratory)

09:20 406 EffectofPorousElectrodeConfigurationonRedoxFlowBatteryPerformance–S.Kim(PacificNorthwestNationalLaboratory),D.Stephenson(BrighamYoungUniversity),G.Xia,Z.Nie,andV.Sprenkle(PacificNorthwestNationalLaboratory)


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10:00 407 VanadiumRedoxFlowBatteryEfficiencyandDurabilityStudiesofSulfonatedDielsAlderPoly(Phenylene)s–C.H.Fujimoto(SandiaNationalLaboratories),S.Kim(PacificNorthwestNationalLaboratory),R.Stanis(GasTechnologyInstitute),andM.Hickner(ThePennsylvaniaStateUniversity)

10:20 408 DirectMeasurementofVanadiumCrossoverinanOperatingVanadiumRedoxFlowBattery–D.C.SingandJ.P.Meyers(TheUniversityofTexasatAustin)

10:40 409 ComponentOptimizationforHighPerformanceRedoxFlowBatteries–S.Kim(PacificNorthwestNationalLaboratory),D.Chen(ThePennsylvaniaStateUniversity),Z.Nie(PacificNorthwestNationalLaboratory),M.Hickner(ThePennsylvaniaStateUniversity),C.H.Fujimoto(SandiaNationalLaboratories),andV.Sprenkle(PacificNorthwestNationalLaboratory)

11:00 410 Redox-ActiveOrganicMoleculesforNon-AqueousFlowBatteries–F.R.Brushett,L.Zhang,J.T.Vaughey,andA.N.Jansen(ArgonneNationalLaboratory)

11:20 411 CrossoverMeasurementsforVanadiumRedoxFlowBatteriesUsingElectronSpinResonance–J.S.Lawton,A.M.Jones,D.S.Aaron,Z.Tang(TheUniversityofTennesseeKnoxville),A.Papandrew,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

11:40 412 CationicUptakeInfluenceonPFSAMembranePerformanceinVanadiumRedoxFlowBattery–Z.Tang,J.S.Lawton,D.S.Aaron(TheUniversityofTennesseeKnoxville),A.Papandrew,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)


Solid Oxide Fuel Cells I – 08:00 – 11:40Co-Chairs: J. S. Hardy and Ryan O’Hare

08:00 413 FabricationandPerformanceEvaluationofDirectMethaneFueledNi-GDCAnode-SupportedSOFCUnitCellsOperatedatIntermediateTemperature(650°C)–H.Ko,J.Myung,J.Lee,andS.Hyun(YonseiUniversity)

08:20 414 EffectsofSn-DopedNi-BasedAnodesonPerformanceandDurabilityofCH4-FueledSOFCs–J.Myung,H.Ko,J.Lee,andS.Hyun(YonseiUniversity)

08:40 415 EnhancedDensificationofSDCBarrierLayersonAnodeSupportedSolidOxideFuelCells–J.W.Templeton(PacificNorthwestNationalLaboratory),Z.Lu(PraxairInc.),J.S.Hardy,andJ.W.Stevenson(PacificNorthwestNationalLaboratory)

09:00 416 TubularSegmented-in-SeriesSolidOxideFuelCellwithMetallicInterconnectFilms:PerformanceStudythroughMathematicalModeling–J.Lee,B.Son,S.Park,S.Lee,T.Lim,andR.Song(KoreaInstituteofEnergyResearch)

09:20 417 Anode-SupportedFlat-TubularSOFCswithAg-InfiltratedCathodes:PerformanceandDurability–R.Song,J.Lee,S.Lee,T.Lim,andS.Park(KoreaInstituteofEnergyResearch)

09:40 Intermission(20Minutes)10:00 418 NonNobleMetalThinFilmSolidOxideFuel

Cell–I.Chang,S.Ji,Y.Lee,andS.Cha(SeoulNationalUniversity)

10:20 419 SputteredThinFilmPtvsLSCFforLowTemperatureSolidOxideFuelCells–Y.Lee,I.Chang,S.Ji,andS.Cha(SeoulNationalUniversity)

10:40 420 EnhancedOxideIonKineticsinLow-TemperatureSolidOxideFuelCellsbyAtomicLayerDepositedCermetInterlayer–J.An,Y.Kim,T.M.Gür,andF.B.Prinz(StanfordUniversity)

11:00 421 PerformanceandStabilityofZn-DopedBSCFCathodeforIT-SOFCs–D.Jung,H.Park,J.Kim,K.Moon,S.Seo,andC.Kwak(SamsungAdvancedInstituteofTechnology)

11:20 422 FabricationofNi-YSZNano-CompositeElectrodeforSolidOxideFuelCellsviaThinFilmTechnique–G.Cho,Y.Lee,J.Choi,andS.Cha(SeoulNationalUniversity)


Fuel Cell/Energy Conversion – 14:00 – 17:00Co-Chairs: S. Mukerjee and Aswin Manohar

14:00 423 ANew-StyleEnergyConversionScheme:Photo-AssistFuelCellBasedonTitaniaNanotubeArrays–P.Xiao,H.He,F.Liu,andY.Zhang(ChongqingUniversity)

14:20 424 CdS/CdSeCo-SensitizedQuantumDotsSolarCellswithDifferentDensityofZnONanowireArrays–J.Tian,Z.Liang,R.Gao,Q.Zhang,andG.Cao(UniversityofWashington)

14:40 425 RegenerativeFuelCellsforGridApplications–V.YufitandN.Brandon(ImperialCollegeLondon)

15:00 426 TheHydrogenFuelCellVehiclesPowertrainPossibleRolesinthePostKyotoPerspectiveinthePacificRIMArea–M.Romeri(IndependentConsultant)

15:20 427 PreparationandCharacterizationofTiBasedSupportsforElectrochemicalEnergyConversionDevices–S.Siracusano,A.Stassi,E.Modica,V.Baglio,andA.Aricò(CNR-ITAE)

15:40 Intermission(20Minutes)16:00 428 UnderstandingOxygenReductioninComplex

MetalOrganicandInorganicCompositesforFuelCell,ElectrolyzerandEnergyStorageApplications–S.Mukerjee(NortheasternUniversity),T.M.Arruda(OakRidgeNationalLaboratory),K.Abraham,M.Trahan,andN.Ramaswamy(NortheasternUniversity)

16:20 429 ElectrochemicalReactionsonOrientedPt-VandPt-Ni-VMetalAlloyThinFilms–C.C.Hays,M.A.Johnson,P.Bahrami,J.G.Kulleck,andH.Greer(CaliforniaInstituteofTechnology)

16:40 430 RemotePerformanceMonitoringofPhotovoltaicSystemswithBatteryStorage–S.Petrovic,G.Kirby,J.Bockelman,M.Payne,J.Fuscaldo,N.Oester,J.Belanger,andP.Lackey(OregonInstituteofTechnology)

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B1 – Poster Session – 18:00 – 20:00

• 431 ElectricalExplosionSynthesisofSi/CNanocompositesforLiSecondaryBatteries–D.Kim,Y.Ha,C.Cho,H.Choi,S.Choi,andC.Doh(KoreaElectrotechnologyResearchInstitute)

• 432 ModificationsinNernst-PlanckEquationforSolidStateElectrochemistryinthe21stCentury–T.Miyashita(MiyashitaClinic)

• 433 CompositeCathodesBasedonSm0.5Sr0.5CoO3-δforAnodeSupportedSolidOxideFuelCells–H.Kim(YeungnamUniversity)andY.Park(ResearchInstituteofIndustrialScienceandTechnology)

• 434 SurfaceModificationofSi/CCompositeMaterialsforImprovingDistributionofSiNano-Particles–H.Seo,K.Kim(KoreaUniversity),andC.Yi(SungshinWomen’sUniversity)

• 435 Fe-SubstitutedLi3V2(PO4)3asHighRateCathodeMaterialsforLi-IonBatteries–S.Wu,M.Chen,W.Pang,andF.Liu(TatungUniversity)

• 436 Lithium-SulfurBatteryDevelopment–S.Urbonaite(PaulScherrerInstitute),A.Garsuch(BASFSE),andP.Novák(PaulScherrerInstitute)

• 437 EffectofSynthesisMethodontheActivityofCarbon-SupportedCopperCatalyststowardCO2Electroreduction–B.Spigarelli,Z.Wang,W.Li(MichiganTechnologicalUniversity),andO.A.Baturina(NavalResearchLaboratory)

• 438 TheComparativePerformanceofCarbonFeltElectrodesforVanadium-RedoxFlowBatteriesAccordingtoSurfaceTreatmentandHeatTreatmentConditions–T.Jung,S.Kim,H.Jeon,K.Kwon,andH.Lee(HyundaiHeavyIndustries)

• 439 PerformanceTestofaDirectMethanolFuelCellandLiFePO4BatteryHybridElectricVehicles–B.Lee,D.Peck,S.Kim,S.Lim,andD.Jung(KoreaInstituteofEnergyResearch)

• 440 TapeCasting,LaminationandSinteringofCalcium-DopedLanthanumChromiteforSOFCInterconnects–D.HernandezRubio,A.C.Hoffmann(UniversityofBergen),E.Dorolti(Babes-BolyaiUniversity),andC.Suciu(UniversityofBergen)

• 441 Three-DimensionalModelingontheeffectofActiveCoolingforaLithium-IonBatteryPack–J.Yi,C.Shin(AjouUniversity),Y.Hong,andC.Kim(EIGLtd.)

• 442 ANovelSOFCAnodeMaterial:CuDopedLa0.75Sr0.25Cr0.5Mn0.5O3−δ–L.Sun,Y.Yin,T.Ze,andZ.Ma(ShanghaiJiaoTongUniversity)

• 443 PerformancesofAqueousLithium-IonBatterywithHydrogelElectrolyte–K.Nakamoto,S.Park,S.Okada(KyushuUniversity),andS.Mitsui(NissanChemicalIndustries,Ltd.)

• 444 SynthesisofHighlyRedoxStableDouble-PerovskiteOxideSr2MgMoO6-δinAir–J.Yin,Y.Yin,Z.Tong,andZ.Ma(ShanghaiJiaoTongUniversity)

• 445 AtomicLayerDepositionofPlatinumElectrodesforLT-SOFCs–Y.Kim,J.An,andF.B.Prinz(StanfordUniversity)

• 446 Physico-ChemicalandElectrochemicalPropertiesofNiPerovskiteSolidOxideFuelCellAnodeforGlycerolOxidation–G.Monforte,M.LoFaro,M.Minutoli,V.Antonucci,andA.Aricò(CNR-ITAE)

• 447 ApplicationofAnion-ExchangeMembranesforVanadiumRedoxFlowBattery–J.Shim,J.Jeon,S.Park,B.Lee,andK.Shin(KoreaInstituteofEnergyResearch)

• 448 SynthesisandPhysicalPropertiesofProtonConductors,A-Mg(PO3)3·yH2O(A:Li+,Na+,K+,Rb+,Cs+andNH4

+)–M.Hirayama,Y.Matsuda(TokyoInstituteofTechnology),M.Yonemura(HighEnergyAcceleratorResearchOrganization),andR.Kanno(TokyoInstituteofTechnology)

• 449 AcetyleneBlackModified3DSnS2NanoflowerswithHighElectrochemicalPerformanceforLithium-IonBattery–M.He,L.Yuan,andY.Huang(HuazhongUniversityofScienceandTechnology)

• 450 ElectrochemicalPropertiesofNAFIONCoatedHydridingCombustionSynthesizedMgBasedAlloy–S.Kim,M.Chourashiya,C.Park,andC.Park(ChonnamNationalUniversity)

• 451 PreparationofNi(OH)2Nanowall/NiElectrodeandItsApplicationinLithium-IonBattery–T.Li,S.Ni,andX.Yang(ThreeGorgesUniversity)

• 452 AOne-DimensionalModelforAir-BreathingDirectMethanolFuelCells–J.Park(SeoulNationalUniversity),S.Ha(NanyangTechnologicalUniversity),andS.Cha(SeoulNationalUniversity)

• 453 NovelSynthesisofSnO2/GraphiteCompositeasAnodeMaterialforLithium-IonBatteries–Y.Zhou,X.Yang,andS.Ni(ThreeGorgesUniversity)

• 454 Preparationof3DPorousSiliconPowderswithFluoride-FreeTechnology–C.Shi,X.Yang,D.Yu,andL.Zhang(ThreeGorgesUniversity)

• 455 PreparationofChitosan/GPTMSAnion-ExchangeMembranesviatheSol-GelRoutesforVanadiumRedoxFlowBatteryApplications–Y.Huang,S.Huang,K.Hsueh,andB.Wong(NationalUnitedUniversity)

• 456 ElectrochemicalPropertiesofMnO2/CarbonCompositesbyMicrowaveHeating–Y.Chun(KoreaInstituteofEnergyResearch)

• 457 StudyoftheKineticsofVanadium(II)/(III)RedoxReaction–H.Yang,K.Hsueh(NationalUnitedUniversity),C.Hsieh(InstituteofNuclearEnergyResearch),andJ.Hung(NationalUnitedUniversity)

• 458 MembranePermeabilityMeasurementofVanadiumIons–C.Wu(IndustrialTechnologyResearchInstitute),Y.Huang,Y.Chiu,S.Huang,andK.Hsueh(NationalUnitedUniversity)

• 459 FunctionandPerformanceoftheSeparatorMembraneinRed-OxFlowBatteriesandWhyProtonExchangeBasedMembraneMightNotBetheBestChoice–K.A.Lewinski(3M)

• 460 ANumericalStudyoftheElectrochemicalPerformancewiththeElectrolyticFlowConditionsinVanadiumRedoxFlowBattery–J.Kim(HyundaiHeavyIndustriesCo.Ltd.)andH.Lee(HyundaiHeavyIndustries)

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11:40 524 TailoringCarbonsforEnergyStorageViaHydrogenEvolutionandCaptureunderAnodicBiasingConditionsinNeutralpHAqueousElectrolytes–S.Chun(CarnegieMellonUniversity),S.Shanbhag(AquionEnergy),andJ.F.Whitacre(CarnegieMellonUniversity)

Young Investigators – 14:00 – 16:20Co-Chairs: P. Simon and Y.-Y. Xia

14:00 525 UnderstandingtheChargingMechanismofNanoporousCarbonElectrodesfromMolecularDynamicsSimulations–M.Salanne,C.Merlet,B.Rotenberg(UniversitePierreetMarieCurie),P.Madden(UniversityofOxford),P.Taberna,P.Simon(UniversitéPaulSabatier),andY.Gogotsi(DrexelUniversity)

14:20 526 APowerfulApproachforPreparingSingle-PhaseUnitary/BinaryOxides-GrapheneComposites–K.Chang(TaiwanBluestoneTechnologyCo.,Ltd.)andC.Hu(NationalTsingHuaUniversity)

14:40 527 NanoporousCarbonMaterialsforElectricalDoubleLayerCapacitors–G.Y.Yushin(GeorgiaInstituteofTechnology)

15:00 528 HighVoltageElectrochemicalDoubleLayerCapacitorsContainingAdiponitrile-BasedElectrolytes–A.Balducci,A.Brandt(WestfälischeWilhelmsUniversityofMuenster),P.Isken,andA.Lex-Balducci(WestfälischeWilhelms-UniversityMünster)

15:20 529 DramaticImprovementsinElectricDouble-LayerCapacitorsbyUsingPolysaccharides–M.Yamagata,S.Ikebe,Y.Kasai,K.Soeda,andM.Ishikawa(KansaiUniversity)

15:40 530 NMRStudiesontheMechanismofElectrochemicalDoubleLayerCapacitors–H.Wang,T.K.Köster(UniversityofCambridge),N.Trease(StonyBrookUniversity),J.Ségalini,P.Taberna,P.Simon(UniversitéPaulSabatier),Y.Gogotsi(DrexelUniversity),andC.P.Grey(UniversityofCambridge)

16:00 531 “NanohybridCapacitor”UtilizingLi4Ti5O12CompositedwithSingle-WalledCarbonNanotube–J.Miyamoto(TokyoUniversityofAgricultureandTechnology),S.Suematsu,K.Tamamitsu(NipponChemi-conCorp.),K.Hata(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Iijima(AdvancedIndustrialScienceandTechnology),andK.Naoi(TokyoUniversityofAgricultureandTechnology)


B2 – Poster Session – 18:00 – 20:00

• 532 DoubleTemplatesSynthesisofMesoporousNanowires–J.Lee(NanyangTechnologicalUniversity)

• 533 InfluenceofOrganicSolventsonCarbon-LayerStructureinElectrical-Double-LayerCapacitors–A.Banerjee,P.SureshKumar,andA.K.Shukla(IndianInstituteofScience)

• 461 ANovelHighPower–LongCycleLifeEnergyStorageSystemforLarge-ScaleApplications–H.Jin,D.Ren(NationalInstituteofClean-and-Low-CarbonEnergy),G.H.Brilmyer(Batt-TekConsultingLLC),andM.T.Nispel(SierraPowerGroup)


Devices and Applications I – 08:00 – 09:40Co-Chairs: E. Frackowiak and K. Naoi

08:00 515 AdvancedCapacitorsforNextGenerationandTheirR&DofMaterialinNipponChemi-Con–K.Tamamitsu,S.Suematsu(NipponChemi-conCorp.),S.Ishimoto,andH.Uchi(NipponChemi-ConCorporation)

08:40 516 ElectrochemicalCapacitorUsablePowerforHybridElectricVehicleApplicationsasDeterminedfromTransientElectricalResponse–D.A.Corrigan,C.Fortin,andA.Zabik(WayneStateUniversity)

09:00 517 CharacteristicsofElectricDoubleLayerCapacitorBasedonanElectrodeUtilizingSWCNTon“Three-DimensionalPorousAluminum”–ImprovementofElectricPerformanceatLowTemperature–D.Iida,T.Noguchi,M.Kuramoto(MeidenshaCorporation),K.Okuno,A.Hosoe,M.Majima,andY.Nakai(SumitomoElectricIndustriesLtd.)

09:20 518 ANewAqueousHybridElectrochemicalCapacitorwitha4VOperatingVoltage–W.Sugimoto,T.Ban,Y.Shinohara,S.Makino,andW.Shimizu(ShinshuUniversity)

Devices and Applications II – 10:00 – 12:00Co-Chairs: K. B. Kim and J. Miller

10:00 519 TheNextGeneration“Nanohybrid”and“SuperRedox”Capacitors–K.Naoi(TokyoUniversityofAgricultureandTechnology)

10:20 520 DevelopmentandEvaluationofanAsymmetricCapacitorwithaNickel/CarbonFoamPositiveElectrode–B.C.Cornilsen,J.Wang,P.SasthanKuttipillai,T.N.Rogers,W.Yeo,M.B.Chye,andA.SinghBhatia(MichiganTechnologicalUniversity)

10:40 521 AsymmetricSupercapacitorsConsistingofaGraphene-BasedAnodeandOxide-BasedCathodesinAqueousElectrolytes–C.Hu,C.Liu,C.Chen,T.Wu,andK.Chang(NationalTsingHuaUniversity)

11:00 522 TestingofMnO2AqueousHybridSupercapacitorsunderExtremeClimaticConditions–A.J.RobertsandR.Slade(UniversityofSurrey)

11:20 523 StructuredEDLCElectrodewithThrough-PlaneMicrochannel–T.Okura,A.Morimoto,G.Inoue,andM.Kawase(KyotoUniversity)

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• 547 Ion-Exchange/ActivationCombinationMethodtoSynthesize3DHierarchicalPorousGraphiticCarbonwithInterconnectedPoreStructureasElectrodeMaterialforSupercapacitors–Y.LiandP.Shen(SunYat-SenUniversity)

• 548 DesigningPorousMicrostructuresofNiCo2O4SpinelNanoparticlesbyUsingCTAB-AssistedDispersion–C.Hsu(NationalTsing-HuaUniversity),K.Chang,andC.Hu(NationalTsingHuaUniversity)

• 549 EffectofManufacturingFactorsonElectrochemicalPerformanceofCarbon-PTFEElectrodeforEDLC–I.Kim,S.Yang,andS.Lee(KoreaElectrotechnologyResearchInstitute)

• 550 ANewPorousAnodeMaterialElectrochemicallySynthetizedfromPolycyclicAromaticHydrocarbons–M.Wagner(ÅboAkademiUniversity),C.Kvarnström(UniversityofTurku),A.Ivaska,andJ.Bobacka(ÅboAkademiUniversity)

• 551 NaClO4andNaPF6asPotentialNon-AqueousElectrolyteSaltsforElectricalDoubleLayerCapacitorApplication–A.Laheäär,A.Jänes,andE.Lust(UniversityofTartu)

• 552 Gel-BasedActivatedCarbonElectrodeforEDLCSupercapacitors–V.Jouille,C.Galindo,M.Paté,P.LeBarny,andM.PhamThi(ThalesResearch&Technology)

• 553 AlginateBinderforHighPowerEDLC–S.Ikebe(KansaiUniversity),S.Yamazaki(DAIKININDUSTRIES,ltd.),M.Yamagata,andM.Ishikawa(KansaiUniversity)

• 554 TheeffectofElectrolyteontheHybridCapacitorofLiMn2O4/ACandLiCoO2/ACPreparedbyChemicalActivation–J.LeeandH.Yoon(ChungbukNationalUniversity)

• 555 Quinone-FunctionalizedCarbonNano-OnionforPseudocapacitorApplications–D.M.Anjos(OakRidgeNationalLaboratory),V.Presser,J.McDonough,Y.Gogotsi(DrexelUniversity),G.M.Brown,andS.Overbury(OakRidgeNationalLaboratory)

• 556 ElectrochemicalCharacteristicofCNTSpherebyAggregationofW/OEmulsionProcess–H.Kim(ChungbukNationalUniversity),J.Yang(ChunghukNationalUniversity),H.Kim,andS.Park(ChungbukNationalUniversity)

• 557 NonaqueousProtonConductingGelElectrolyteforSupercapacitors–A.A.Ojrzynska(WarsawUniversityofTechnology),I.Rukowska(UniversityofWarsaw),P.Simon(UniversitéPaulSabatier),P.J.Kulesza(UniversityofWarsaw),andW.Wieczorek(WarsawUniversityofTechnology)

• 558 TheElectrochemicalBehaviorofCNFsbyLiquidPhaseCarbonizationUsingPolyethyleneOxide(PEO)–S.Ahn,J.Yang(ChungbukNationalUniversity),H.Kim(PureEchemCo.Ltd.),H.Habazaki(HokkaidoUniversity),andS.Park(ChungbukNationalUniversity)

• 559 ActivatedMesophasePitchforHighPerformanceElectricDoubleLayerCapacitors–C.Huang,M.Hsueh,andH.Teng(NationalChengKungUniversity)

• 534 Polypyrrole-CoveredMnO2asElectrodeMaterialforHydridSupercapacitor–A.Bahloul,B.Nessark(UniversitédeFerhatAbbas),E.Briot,H.Groult,A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 535 3-DGraphene/MetalOxideCompositeMaterialforSupercapacitors–S.Guo,W.Wang,C.Ozkan,andM.Ozkan(UniversityofCalifornia,Riverside)

• 536 InfluenceofElectrodeMassontheElectrochemicalPerformanceofAsymmetricSupercapacitorswithNano-Ni(OH)2andActivatedCarbonElectrodes–Y.Tian,J.Yan,R.Xue,H.Lixing,andB.Yi(ChineseAcademyofSciences)

• 537 AGeneralModelforPorousLayerPseudo-CapacitiveImpedanceSpectrum–P.Guillemet,O.Crosnier,andT.Brousse(UniversityofNantes)

• 538 PromisingBio-CarbonforOxygenReductionandSupercapacitor–X.YangandH.Zhu(ChineseAcademyofSciences)

• 539 Nitrogen-EnrichedMetallophthalocyanine/GrapheneOxideNanocompositesforHigh-EnergyAsymmetricElectrochemicalCapacitorsinAqueousElectrolytes–K.I.Ozoemena(CouncilforScientificandIndustrialResearch),J.Lekitima,K.Makgopa(UniversityofPretoria),C.J.Jafta(CSIR),andS.Chen(UniversityofCalifornia)

• 540 Ar+PlasmaEnhancedVerticallyOrientedGrapheneSupercapacitors–M.Cai,R.A.Outlaw(CollegeofWilliamandMary),S.M.Butler,andJ.R.Miller(JMEInc.)

• 541 GrapheneNanowallSupercapacitorswithUltra-HighPerformance–H.Yen(AcademiaSinica),Y.Horng(NationalTaiwanUniversity),M.Hu(AcademiaSinica),W.Yang,Y.Tai(NationalTaiwanUniversityofScienceandTechnology),L.Chen(NationalTaiwanUniversity),andK.Chen(AcademiaSinica)

• 542 Polyacrylonitrileand1-Ethyl-3-MethylimidazoliumThiocyanateBasedGelPolymerElectrolyteforSolid-StateSupercapacitorswithGrapheneElectrodes–G.PandeyandA.Rastogi(BinghamtonUniversity(SUNY))

• 543 CathodicSynthesisofBirnessiteFilmsforPseudocapacitorApplication–T.Tanimoto,H.Abe,K.Tomono,andM.Nakayama(YamaguchiUniversity)

• 544 EQCMInvestigationonElectrodepositionandChargeStorageBehaviorofBirnessite-TypeMnO2–M.Shamoto,T.Tanimoto,K.Tomono,andM.Nakayama(YamaguchiUniversity)

• 545 StudyofStorageCapacityinElectrochemicalDoubleLayerCapacitorUsingGrapheneandBlendsofGraphenewithCarbon–C.Subramaniam(VITUniversity),T.Maiyalagan(NanyangTechnologicalUniversity),G.Velayutham(AnabondSainergyFuelCellIndiaPvt.Ltd.),andS.Bollepalli(SainergyTechInc.)

• 546 OrderedMesoporous/MicroporousCarbonSphereArraysDerivedfromChlorinationofMesoporousTiC/CCompositeandTheirApplicationforSupercapacitors–D.D.Zhou,H.Liu,Y.Wang,C.Wang,andY.Xia(FudanUniversity)

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• 576 AqueousAsymmetricElectrochemicalCapacitors:FromFundamentalElectrodeDesigntoPracticalConsiderations–J.W.Long,M.B.Sassin(U.S.NavalResearchLaboratory),B.Willis,C.Hoag(U.S.NavalResearchLaboratory),D.R.Rolison(U.S.NavalResearchLaboratory),A.Mansour(NavalSurfaceWarfareCenter),S.G.Greenbaum(HunterCollegeofNY),J.M.Wallace,andK.Pettigrew(U.S.NavalResearchLaboratory)

• 577 Pulse-ElectropolymerizationofPolypyrroleonFree-StandingGrapheneFilmsforEfficientFlexibleSupercapacitors–F.M.Hassan,Z.Chen,A.Davies,J.Choi,andA.Yu(UniversityofWaterloo)

• 578 OptimizationofActivatedCarbonMaterialsforLithium-IonCapacitorApplications–D.A.Totir,S.Letaj,D.Carruthers,M.Petruska,M.King,andM.Wodjenski(AdvancedTechnologyMaterials,Inc.)

• 579 DoubleLayerCapacitorPerformancesofPorousCarbonElectrodesDerivedfromCyclicOligosaccharide–M.Tokita,M.Egashira,N.Yoshimoto,andM.Morita(YamaguchiUniversity)

• 580 SelectiveAdsorptionofIonsintoNanoporousCarbons:AViewBeyondJusttheMereIonSize–S.Sigalov,M.Levi,G.Salitra,D.Aurbach(Bar-IlanUniversity),A.Jänes,E.Lust(UniversityofTartu),andI.C.Halalay(GeneralMotorsGlobalR&D)

• 581 AnAsymmetricElectrochemicalCapacitorwithActivatedCarbonElectrodesinOrganicElectrolyte–X.Tian,S.Dsoke,C.Täubert,andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

• 582 AddressingtheConductivityIssueinElectrochemicalSupercapacitorElectrodes–X.Pétrissans,D.Giaume,J.Badot,andP.Barboux(CNRS)

• 583 ElectrochemicallyReducedGrapheneOxideSheetsasHighPerformanceSupercapacitors–J.YangandS.Gunasekaran(TheUniversityofWisconsin-Madison)

• 584 ExploringtheCycleBehaviorofElectrodepositedVanadiumOxideSupercapacitorElectrodesinVariousAqueousEnvironments–A.M.EngstromandF.M.Doyle(UniversityofCalifornia,Berkeley)

• 585 FabricationofGraphiteOxide/PEDOT-PSS/CarbonNanotubesCompositePaperViaOneStepSolution-CastingSynthesisforHighPerformanceFlexibleElectrode–Y.WengandN.N.Wu(NationalTaiwanUniversity)

• 586 SynthesisandCharacterizationofN-Methylacetamide/LiBF4ComplexasanIonicLiquidElectrolyteforSupercapacitor–B.BangandT.Yeu(Chung-AngUniversity)

• 587 In SituElectrochemicalDepositionofMnO2onCNTsforUltracapacitorApplications–S.Raina,S.Hsu,W.Kang,J.Huang,andM.Yilmaz(VanderbiltUniversity)

• 588 HighlyConductiveActivatedCarbonfortheApplicationofSupercapacitor–Y.Lin,W.Wang,andC.Cheng(IndustrialTechnologyResearchInstitute)

• 560 ComparativeStudyofUsingChlorineandHydrogenChlorideforSynthesisofTitaniumCarbideDerivedCarbon–I.Tallo,T.Thomberg,A.Jänes,andE.Lust(UniversityofTartu)

• 561 TheContributionofN-ContainingFunctionalGroupsonGrapheneforEDLCinAcidicandAlkalineElectrolytes–Y.Lee,K.Chang,andC.Hu(NationalTsingHuaUniversity)

• 562 A3.9VLithium/ActivatedCarbonHybridCapacitorBasedonanAqueousElectrolyte–W.Shimizu,S.Makino,andW.Sugimoto(ShinshuUniversity)

• 563 ChemicalVaporDepositionSynthesisofCarbonCoatedGraphiteforHybridCapacitor–Y.Kim(BatteryR&DAssociationofKorea)

• 564 PerformanceofSupercapacitorsBasedonGrapheneOxideandMesoporousCarbonbyScreenPrinting–I.CarreraLeon,J.BaasLópez,andD.PachecoCatalán(CentrodeInvestigaciónCientíficadeYucatán)

• 565 PotentialControlwithACElectrodeCapacityforHybridCapacitor–J.Yang(ChunghukNationalUniversity),Y.Yuk,H.Kim(PureEchemCo.Ltd.),andS.Park(ChungbukNationalUniversity)

• 566 FabricationandOptimizationofNanoparticulateManganeseDioxideThin-FilmElectrochemicalCapacitorPrototypes–S.Pang,B.Wee,andS.Chin(UniversitiMalaysiaSarawak)

• 567 ElectrochemicalPropertiesofElectrochemicalCapacitorsUsingNiOElectrode–M.Chiku,M.Toda,E.Higuchi,andH.Inoue(OsakaPrefectureUniversity)

• 568 N-Butyl-N-Methylpyrrolidinium-DicyanamideIonicLiquidastheElectrolyteforManganeseOxidePseudo-Capacitor–H.Cheng,I.Sun,C.Su(NationalChengKungUniversity),M.Lee(NationalCentralUniversity),W.Tsai(NationalChengKungUniversity),J.Chang(NationalCentralUniversity),andY.Fu(NationalUniversityofTainan)

• 569 CapacitanceEnhancementofAnodicZrO2FilmsbySimultaneousIncorporationofSiliconandYttriumSpecies–M.Ishizuka,E.Tsuji,Y.Aoki,andH.Habazaki(HokkaidoUniversity)

• 570 N-dopedGraphiteOxideSynthesizedfromPhotocatalyticReductionforElectrochemicalCapacitors–H.HuangandH.Teng(NationalChengKungUniversity)

• 571 Organic-InorganicHybridMaterialsforSupercapacitors–V.Ruiz,J.Suarez-Guevara,andP.Gomez-Romero(CIN2-CSIC)

• 572 ElectrochemicalPropertiesofLayered(Ni,Co,Mn)OxidePreparedbyCo-PrecipitationMethodasElectrodesforElectrochemicalCapacitors–M.Yano,S.Suzuki,andM.Miyayama(TheUniversityofTokyo)

• 573 SubstrateeffectsontheSupercapacitiveBehaviorofElectrodepositedManganeseOxides–M.GlennandS.W.Donne(UniversityofNewcastle)

• 574 LiDistributioninCarbonAnodewithLiPre-DopingforLi-IonCapacitor–T.Toki,M.Yamagata,andM.Ishikawa(KansaiUniversity)

• 575 StudyofPolypyrrole-ManganeseOxideCompositesasSupercapacitorElectrodeMaterials–P.Ningsih,C.Z.Holdsworth,andS.W.Donne(UniversityofNewcastle)

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10:40 657 PreparationofReducedGrapheneOxide-SnCompositeThroughElectrolessDepositionandItsUseasanAnodeMaterialinLithium-IonBattery–H.Noguchi,G.Kido,andW.Zhao(SagaUniversity)

11:00 658 ImprovedElectrochemicalPerformanceofGraphiteNegativeElectrodesbyCovalentlyBoundSurfaceCoatings–H.Meyer,T.Placke,S.Lux(UniversityofMünster),F.Homeyer,F.Jöge(LeibnizUniversityofHannover),C.Engelhardt(Friedrich-Alexander-UniversityErlangen-Nürnberg),M.Binnewies(LeibnizUniversityofHannover),K.Wirth(Friedrich-Alexander-UniversityErlangen-Nürnberg),S.Passerini,andM.Winter(UniversityofMünster)

11:20 659 AnionIntercalationintoGraphiticCarbonfromIonicLiquidbasedElectrolytesforHighPerformanceDual-IonBatteries–T.Placke,O.Fromm,R.Klöpsch,G.Schmülling,P.Bieker,S.Lux,H.Meyer,S.Passerini,andM.Winter(UniversityofMünster)

11:40 660 KineticBehaviorofAnionIntercalationintoGraphiteElectrodesinOrganicSolutions–F.Sagane(ShizuokaUniversity),K.Miyazaki,T.Fukutsuka,andT.Abe(KyotoUniversity)

12:00 661 CarbonCoatedα-Fe2O3Nano-ParticlesasHighPerformanceAnodicMaterialforLithium-IonBatteries–A.BrandtandA.Balducci(WestfälischeWilhelmsUniversityofMuenster)

New Electrochemistry – 14:00 – 18:00Co-Chairs: Masashi Okubo and Alain Demourgues

14:00 662 EnhancedElectrochemicalIonInsertion/ExtractionReactioninCyano-BridgedCoordinationPolymerElectrodesforRechargeableBattery–M.Okubo,Y.Mizuno,D.Asakura,T.Kudo,andH.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology)

14:40 663 Intercalationofα-MnO2asMgbatterycathode–L.Chen,T.S.Arthur,R.Zhang,andF.Mizuno(ToyotaResearchInstituteofNorthAmerica)

15:00 664 TowardstheDevelopmentofCalcium-IonBatteries–J.RogosicandD.R.Sadoway(MassachusettsInstituteofTechnology)

15:20 665 ElectrochemicalPropertiesofLi5FeO4/CCompositePositiveElectrodeMaterials–T.Okumura,M.Shikano,andH.Kobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

15:40 Intermission(20Minutes)16:00 666 NewFe-BasedOxyfluoridesasRechargeable

Lithium-IonBatteryatHighVoltage(Average>3Vvs.Li+/Li)–A.Demourgues,N.Penin,A.Wattiaux,D.Carlier-Larregaray,L.Bourgeois,E.Durand,A.Tressaud(ICMCB,UniversityofBordeaux,CNRS),H.Groult(UniversitéPierreetMarieCurie),D.Dambournet(ArgonneNationalLaboratory),C.M.Julien(UniversitéPierreetMarieCurie),andK.Zaghib(InstitutdeRecherched’Hydro-Québec)

16:40 667 SplashCombustionSynthesisandExplorationofLithiumMetalPyrophosphate(Li1±yMP2O7)Cathodes–P.Barpanda,T.Ye,J.Lu,Y.Yamada,S.Chung,S.Nishimura,andA.Yamada(TheUniversityofTokyo)

• 589 CharacterizationofLiNi1/3Mn1/3Co1/3O2/CCompositePositiveElectrodesforNon-AqueousSupercapacitors–B.BangandT.Yeu(Chung-AngUniversity)

• 590 EnhancedElectrochemicalSupercapacitorsIntegratedwithPolythiopheneUsingOxidativeChemicalVaporDeposition–S.Nejati,C.Tran(DrexelUniversity),T.E.Minford(DrexelUniveristy),V.Kalra(DrexelUniversity),andK.K.Lau(DrexelUnversity)

• 591 ComparativeStudyofElectrodeStabilizationTechniqueforGraphene-PolyanilineNanocompositeElectrodesUsingDielectricsforSupercapacitorApplications–S.A.Ketkar,M.Ram,A.Kumar,T.Weller,andA.M.Hoff(UniversityofSouthFlorida)

• 592 Pseudo-CapacitivePerformanceofSol-GelManganeseOxide/GrapheneElectrodeswithVariousHeat-Treatments–M.Lee(NationalCentralUniversity),C.Lin(TaipeiMedicalUniversity),C.Wu,C.Wang,C.Chen(FengChiaUniversity),andJ.Chang(NationalCentralUniversity)

• 593 ElectrochemicalBehaviorofElectrolytesatPorousElectrodeInvestigatedwithTransmission-LineModel–N.NambuandT.Satoh(TokyoPolytechnicUniversity)


Anode – 08:20 – 12:20Co-Chairs: Pedro Gomez-Romero and Christian Julien

08:20 652 RechargeableBatteries:FromHybridMaterialstoHybridElectrodesandDevices–P.Gomez-Romero(CIN2-CSIC)

09:00 653 NovelFabricationofHighlyConductiveTitania/CarbonElectrodesforLithium-IonBatteriesandSupercapacitors–M.J.SussmanandG.P.Demopoulos(McGillUniversity)

09:20 654 ImprovementofCyclePerformanceofLithium-IonBatteriesatElevatedTemperatureof60°CUsingGraphiteCoatedwithMetalOxide–N.Inoue(SemiconductorEnergyLaboratoryCo.Ltd.),K.Kimura,S.Kataniwa,J.Momo,T.Moriwaka,M.Takahashi,andS.Yamazaki(SemiconductorEnergyLaboratoryCo.,Ltd.)

09:40 Intermission(20Minutes)10:00 655 MXenes–ANewFamilyofTwoDimensional

TransitionMetalCarbidesUsedasIntercalationCompounds–M.Naguib(DrexelUniversity),J.Come(UniversitePaulSabatier),O.Mashtalir,V.Presser(DrexelUniversity),P.Taberna,P.Simon(UniversitéPaulSabatier),M.W.Barsoum,andY.Gogotsi(DrexelUniversity)

10:20 656 CharacterizationofGraphiticNano-OnionsasLithium-IonAnodes–J.D.Cardema,G.Radhakrishnan,andP.M.Adams(TheAerospaceCorporation)

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• 677 MnO2Nano-RodsPreparedbyRedoxReactionasCathodesinLithiumBatteries–A.M.Hashem,H.M.Abuzeid,A.Abdel-Latif,H.Abbas(NationalResearchCentre),H.Ehrenberg,S.Indris(KarlsruheInstituteofTechnology),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 678 OrthorhombicMoO3NanofibersasCathodeMaterialsforLiBatteries–C.V.Ramana(UniversityofTexasatElPaso),A.M.Hashem(NationalResearchCentre),H.Groult,A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 679 Carbon-CoatedNano-StructuredMoO3asCathodeMaterialsforLithiumBatteries:Synthesis,StructureandElectrochemicalPerformance–C.V.Ramana(UniversityofTexasatElPaso),H.Groult,A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 680 SingleCrystalLi1.2Mn0.56Ni0.12Co0.12O2HexagonalNanoplateswithLateral{010}FacetsExposedascathodeofLithium-IonBatterieswithExcellentCycleability–F.Fu,Y.Deng,X.Li,J.Li,L.Huang,andS.Sun(XiamenUniversity)

• 681 SynthesisandElectrochemicalCharacterizationofCarbonophosphates;ANewFamilyofIntercalationCompoundsDiscoveredbyAbInitioComputing–I.L.Matts,H.Chen,G.Hautier,andG.Ceder(MassachusettsInstituteofTechnology)

• 682 ImprovedInitialCoulombicEfficiencyofSpinelBatteryCathodebyFluorine-Doping–J.Kim,C.Nguyen,Y.Bae,K.Lee,J.Song,J.Min(ChungnamNationalUniversity),H.Ko,T.Kim(POSCOESMaterials),Y.Paik(KoreanBasicScienceInstitute),andS.Song(ChungnamNationalUniversity)

• 683 Investigationonthe(de)LithiationMechanismofLi2MoO3–J.Lee,S.Kim,J.Kim,andG.Ceder(MassachusettsInstituteofTechnology)

• 684 CathodePropertiesofP-DopedLi2MnO3–H.Komaki,A.Kitajo,andS.Okada(KyushuUniversity)

• 685 SynthesisandElectrochemicalPerformanceofaLithium-TransitionMetal-FluorideasaNewCathodeMaterialforLithium-IonBatteries–N.Twu,L.Liu,andG.Ceder(MassachusettsInstituteofTechnology)

• 686 TheElectricalPropertiesofAmorphousTiO2-BPreparedfromLepidocrociteTypePrecursorsasanAnodeMaterialinLithium-IonBattery–Y.Furuya,T.Iida,andH.Noguchi(SagaUniversity)

• 687 StructuralandMagneticStudiesonInitialCyclingofLi-ExcessTypeLayeredRock-SaltOxideCathode–T.Nakamura,K.Nakao(UniversityofHyogo),H.Takahara,H.Yashiro(RigakuCorporation),Y.Oka,andY.Yamada(UniversityofHyogo)

• 688 RelationbetweenSynthesisConditionsandElectrochemicalPropertiesofLithiumExcessLi-Ni-Mn-OCompounds–H.Yamada,M.Oyama,H.Nakamura,andH.Noguchi(SagaUniversity)

• 689 FacileSynthesisofFeF3andItsApplicationtoPositiveElectrodeforRechargeableLithiumBatteries–S.Myung,S.Kim(SejongUniversity),andY.Hitoshi(IwateUniversity)

17:00 668 OxalicDihydrazideAssistedNovelCombustionSynthesizedPyrophosphateCompoundsforRechargeableBatteries–N.Kalidoss,K.Nallathamby(CentralElectrochemicalResearchInstitute),andM.Minakshi(MurdochUniversity)

17:20 669 LiTi2(PO4)3/ReducedGrapheneOxideHybridsforHighPerformanceCathodeMaterialsinLithium-IonBatteries–C.Lim,A.GKannan,H.Lee,andD.Kim(KoreaAdvancedInstituteofScienceandTechnology)

17:40 670 AnEnergyStoragePrincipleDeliveredbyBipolarPorousPolymericFrameworks–K.Sakaushi(IFWDresden),G.Nickerl,F.Wisser(TUDresden),E.Hosono,H.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Kaskel(TUDresden),andJ.Eckert(IFWDresden)


B4 – Poster Session I – 18:00 – 20:00Co-Chairs: Karim Zaghib and Shirley Meng

• 671 LiNi1/3Mn,1/3Co1/3O2SynthesizedbySol-GelMethod:StructureandElectrochemicalProperties–A.M.Hashem,A.Abdel-Ghany,H.M.Abuzeid(NationalResearchCentre),H.Ehrenberg(KarlsruheInstituteofTechnology),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 672 ElectronicPropertiesofOlivineMaterialsforPositiveElectrodesinLi-IonBatteries–C.M.Julien,A.Mauger(UniversitéPierreetMarieCurie),K.Zaghib(InstitutdeRecherched’Hydro-Québec),andH.Groult(UniversitéPierreetMarieCurie)

• 673 LiMnyFe1-yPO4CathodeMaterialsGrownbyHydrothermalRoute:StructureandMorphology–M.Mathieu,J.Trottier,P.Hovington,A.Guerfi,K.Zaghib(InstitutdeRecherched’Hydro-Qué-bec),M.Trudeau(InstitutdeRecherchesd’Hydro-Québec),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 674 LiMnyFe1-yPO4CathodeMaterialsGrownbyHydrothermalRoute:ElectrochemicalPerformance–J.Trottier,M.Mathieu,A.Guerfi,K.Zaghib(InstitutdeRecherched’Hydro-Québec),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 675 Synthesis,StructuralandElectrochemicalPropertiesofLiNi1/3Mn1/3Co1/3O2PreparedbySol-GelMethodUsingTableSugarasChelatingAgent–A.M.Hashem,H.M.Abuzeid(NationalResearchCentre),N.Kiziltas,M.Herklotz(IFWDresden),H.Ehrenberg(KarlsruheInstituteofTechnology),A.Mauger,andC.M.Julien(UniversitéPierreetMarieCurie)

• 676 SurfaceandBulkPropertiesofLiFePO4:TheMagneticAnalysis–A.Mauger,H.Groult(UniversitéPierreetMarieCurie),K.Zaghib(InstitutdeRecherched’Hydro-Québec),andC.M.Julien(UniversitéPierreetMarieCurie)

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10:00 761 MaterialsDesignandAnalysisofElectrode/SolidElectrolyteInterfacebyIn SituMethods–Y.Iriyama(ShizuokaUniversity)

10:40 762 InvestigationoftheSolidElectrolyteInterphase(SEI)withPre-LithiatedGraphite–N.J.Dudney,L.A.Adamczyk,R.R.Unocic,G.M.Veith,P.Ganesh,andP.R.Kent(OakRidgeNationalLaboratory)

11:00 763 TransportPropertiesandChemicalStabilityofLISICON-BasedGlassCeramicsinContactwithLithium–P.Hartmann(Justus-Liebig-UniversityGiessen),M.Reich(SCHOTTAG),T.Leichtweiss(Justus-Liebig-UniversityGiessen),M.Schneider,W.Schmidbauer(SCHOTTAG),andJ.Janek(JustusLiebigUniversityGießen)

11:20 764 BiasImposedInterfacebetweenSolidLi-IonConductorLiBH4andLiMetal:FirstPrinciplesMolecularDynamicsSimulations–T.Ikeshoji(TohokuUniversity),E.Tsuchida,M.Otani(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Takagi,M.Matsuo,andS.Orimo(TohokuUniversity)

11:40 765 InvestigationoftheInterfaceBetweenLi2S-P2S5SolidElectrolyteandLiMetalElectrodebyUsingElectrochemicalMethodswithMicroelectrodes–M.Chiku,W.Tsujiwaki,E.Higuchi,andH.Inoue(OsakaPrefectureUniversity)

Interfaces and Interphases in Battery Systems VI – 14:00 – 17:00Co-Chairs: Yasutoshi Iriyamaand Nancy Dudney

14:00 766 StudiesontheFormationandStabilityofSolidElectrolyteInterphaseontheSurfaceofAnodeandCathodeofLithium-IonBatteries–X.Yu(BrookhavenNationalLaboratory),H.Li(ChineseAcademyofSciences),K.Xu(U.S.ArmyResearchLaboratory),K.Nam,H.Lee(BrookhavenNationalLaboratory),X.Huang,L.Chen(ChineseAcademyofSciences),A.VonCresce(U.S.ArmyResearchLaboratory),andX.Yang(BrookhavenNationalLaboratory)

14:40 767 ArtificialSolidElectrolteInterface(SEI)forImprovingCycle-AbilityonLithium-IonBattery–F.Wang(NationalTaiwanUniversityofScienceandTechnology)

15:00 768 UltrathinMultifunctionalCoatingsastheArtificialSolidElectrolyteInterphasestoImprovePerformanceofLithium-IonBatteries–X.Xiao,D.Ahn(GeneralMotorsGlobalR&DCenter),P.Lu(TrisonBusinessSolutionInc.),andM.W.Verbrugge(GeneralMotorsGlobalR&DCenter)

15:20 769 Li-IonTransferattheInterfacebetweenSolidElectrolyte/IonicLiquid–Y.Ishihara,K.Miyazaki,T.Fukutsuka,T.Abe,andZ.Ogumi(KyotoUniversity)

15:40 Intermission(20Minutes)16:00 770 AtomisticMechanismsofthePhaseBoundary

EvolutionduringInitialLithiationintoCrystallineSilicon–S.Kim,D.Datta,M.J.Chon,V.A.Sethuraman,P.R.Guduru,andV.B.Shenoy(BrownUniversity)

• 690 ElectrochemicalPropertiesofMg0.22MnO2asaCathodeMaterialforMgRechargeableBatteries–T.Kakibe(UniversityofHyogo),K.Miyazaki,T.Fukutsuka,T.Abe,andY.Uchimoto(KyotoUniversity)

• 691 Micro-SizedNaNi0.5Mn0.5O2LayeredMaterialsasaCathodeMaterialforRechargeableNaBatteries–M.Jang(HanyangUniversity),S.Myung(SejongUniversity),S.Oh,andY.Sun(HanyangUniversity)

• 692 CrystalandElectronicStructuresofLayeredLi2MnO3-LiMO2MaterialsduringStepwisePre-CyclingTreatment–H.Kobayashi,T.Okumura,M.Shikano(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),Y.Arachi(KansaiUniversity),andH.Nitani(KEK)

• 693 LiCoO2CathodeNanosheetswithEnlargedSurfaceAreaInducedbyHydrothermalProcess–K.Fung,C.Ni,C.Liu,andS.Tsai(NationalChengKungUniversity)

• 694 DiffusionofLithium-IonandPolaroninPyrophosphateLi2FeP2O7:First-PrinciplesStudy–Y.Asari,Y.Suwa,andT.Hamada(Hitachi,Ltd.)

• 695 CrystalStructureandElectrochemicalPropertiesofNi-SubstitutedLi2CuO2asaPositiveElectrode–T.Ide,T.Nakagawa,Y.Arachi(KansaiUniversity),andY.Nakata(IwakiMeiseiUniversity)

• 696 SynthesisandElectrochemicalPropertyofCuO-ContainingLi2MnO3–S.Akiyama,Y.Arachi,K.Hinoshita(KansaiUniversity),andY.Nakata(IwakiMeiseiUniversity)

• 697 KineticsandStabilityStudiesonLi1+xM1-

xO2SingleCrystals–H.Duncan,B.Hai,A.K.Shukla,andG.Chen(LawrenceBerkeleyNationalLaboratory)


Interfaces and Interphases in Battery Systems V – 08:00 – 12:00Co-Chairs: Xiao-Qing Yang and Ryoji Kanno

08:00 757 In SituAnalysisofInterfacialReactionsbetweenEdgePlaneGraphiteNegative-ElectrodesandEC-BasedElectrolyteSolutions–T.Doi,Y.Domi,H.Nakagawa,S.Tsubouchi,M.Ochida,T.Yamanaka,T.Abe,andZ.Ogumi(KyotoUniversity)

08:40 758 UltrafastLaserSpectroscopyofElectrode/ElectrolyteInterfaces–J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),V.Zorba,X.Mao,R.E.Russo,andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)

09:00 759 EffectsofElectrolyteAdditivesontheSuppressionofMnDepositionontheEdgePlaneofHOPGforLithium-IonBattery–M.Ochida,S.Tsubouchi,H.Nakagawa,Y.Domi,T.Yamanaka,T.Doi,T.Abe,andZ.Ogumi(KyotoUniversity)

09:20 760 StudiesofInterfacialProcessesofLithium-IonBatteriesbyIn SituFourierTransformInfraredSpectroscopy–J.Li,X.Zheng,H.Su,X.Zeng,L.Huang,andS.Sun(XiamenUniversity)


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09:00 856 InvestigationonSiAnodeMaterialsforLithium-IonBatteriesUsingX-rayAbsorptionSpectroscopy–X.Yu,K.Nam(BrookhavenNationalLaboratory),C.Ma(ChineseAcademyofSciences),E.Hu,Y.Zhou(BrookhavenNationalLaboratory),H.Li(ChineseAcademyofSciences),andX.Yang(BrookhavenNationalLaboratory)

09:20 857 NegativelyandPositivelyNanopatternedSiliconforUseinLithium-ionBatteries–S.Nam(GwangjuInstituteofScienceandTechnology),D.Park,J.Lee,J.Lee(GwangjuInstituteofScience&Technology(GIST)),andW.Kim(GwagnjuInstituteofScienceandTechnology)


Lithium-Ion Batteries: Cathodes III (Metal Oxide Systems) – 10:00 – 12:20Co-Chairs: Michael Thackeray and Xiaofeng Zhang

10:00 858 RetardationofPhaseTransformationofLixCoO2inFastDischarge–T.Kawaguchi,T.Ichitsubo,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

10:20 859 LowTemperatureSynthesisofManganospinelBasedCathodesforLi-ionBatteries–X.HaoandB.Bartlett(UniversityofMichigan)

10:40 860 EffectsofHeatTreatmentontheElectrochemicalPerformanceofLiNi0.5Mn1.5O4CathodeMaterialsviaSprayPyrolysisMethod–J.Shiu,W.Pang,andS.Wu(TatungUniversity)

11:00 861 ElectrochemicalPropertiesofHigh-VoltageLiNi0.5Mn1.5O4andHigh-CapacityLi1.5Ni0.25Mn0.75O2.5Blends–X.Zhang(ArgonneNationalLaboratory),L.Li(BeijingInstituteofTechnology),andI.Belharouak(ArgonneNationalLaboratory)

11:20 862 CombinedIn SituX-rayAbsorptionSpectroscopyandFirst-PrincipleCalculationStudiesonLocalStructuralandElectronicStructuralAlternationsofLiNi1/3Co1/3Mn1/3O2–H.Imai,K.Kubobuchi,M.Mogi,M.Matsumoto(NISSANARCLtd.),M.Nishijima(NissanMotorCo.,Ltd.),T.Yamamoto(WasedaUniversity),T.Matsumoto(NISSANARCLtd.),andY.Nitta(NissanMotorCo.,Ltd.)

11:40 863 6LiNMRSpectroscopicInvestigationonLocalStructuresandBatteryPropertiesofLi2MnO3CathodeMaterials–H.Imai(NISSANARCLtd.),K.Hashi(NationalInstituteforMaterialsScience),T.Sanada(NissanMotorCo.,Ltd.),K.Kamiguchi(NISSANARCLtd.),A.Ito,M.Watanabe(NissanMotorCo.,Ltd.),K.Kubobuchi,M.Mogi,M.Matsumoto(NISSANARCLtd.),N.Chiba(NissanMotorCo.,Ltd.),S.Ohki,T.Shimizu(NationalInstituteforMaterialsScience),M.Hatano(NissanMotorCo.,Ltd),andT.Matsumoto(NISSANARCLtd.)

12:00 864 ImpactoftheCalendaringProcessontheInterfacialStructureandtheRelatedElectrochemicalPerformanceofSecondaryLithium-IonBatteryElectrodes–W.Haselrieder,H.Seeba,andA.Kwade(TUBraunschweig)

16:20 771 In SituOpticalMicroscopicObservationofLithiumElectrodepositedinRoomTemperatureIonicLiquidsContainingQuaternaryAmmoniumCation–H.Sano(NationalInstituteofAdvancedIndustrialScienceandTechnology),H.Sakaebe(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andH.Matsumoto(NationalInstituteofAdvancedIndustrialScienceandTechnology)

16:40 772 AnalyticalStudiesofFlowBatteryRedoxReactionElectrokineticsonaThinFiberFilmRotatingDiskElectrode–K.L.Hawthorne,J.S.Wainright,andR.F.Savinell(CaseWesternReserveUniversity)


Lithium-Ion Batteries: Cathodes III (Metal Oxide Systems) – 08:00 – 09:40Co-Chairs: Xiaofeng Zhang and Michael Thackeray

08:00 848 PreparationandElectrochemicalPerformancesofSn4+DopedV2O5asCathodematerialforLiIonBattery–Y.LiandG.Cao(UniversityofWashington)

08:20 849 V2O5NetworkStructureasCathodeforLithiumIonBatteries–Y.Xu,M.Dunwell,andH.Luo(NewMexicoStateUniversity)

08:40 850 Developing1400Wh/kgGraphene-V2O5AerogelCompositesasCathodesforLi-IonBatteries–Q.Liu,Y.Liu,andJ.Xie(IndianaUniversityPurdueUniversityIndianapolis)

09:00 851 SynthesisofFeOFUsingRoll-QuenchMethodandtheCharge-DischargeMechanism–A.Kitajou,R.Nagano,andS.Okada(KyushuUniversity)

09:20 852 InvestigationofGraphiteFoilasCurrentCollectorforCathodesofLi-IonBatteries–B.Ziv,O.Haik,E.Zinigrad,M.Levi,D.Aurbach(Bar-IlanUniversity),andI.C.Halalay(GeneralMotorsGlobalR&D)


Lithium-Ion Batteries: Anodes I (Silcon Based Systems) – 08:00 – 09:40Co-Chairs: Yoon-Chang Kim and Karim Zaghib

08:00 853 ElectrochemicalPropertiesofC60CoatedSiliconNanowiresasAnodesinLithiumSecondaryBatteries–A.Arie(ParahyanganCatholicUniversity)andJ.Lee(KoreaInstituteofScienceandTechnology)

08:20 854 In SituTEMStudiesofSiliconNanostructuresforLi-IonBatteries–K.Karki,C.Sun,E.Epstein(UniversityofMaryland),J.Cho,T.Picraux(LosAlamosNationalLaboratory),C.Wang,Y.Wang,andJ.Cumings(UniversityofMaryland)

08:40 855 SiliconNitrideThinFilmElectrodeforLithium-IonBatteries–N.Suzuki,R.B.Cervera,T.Ohnishi,andK.Takada(NationalInstituteforMaterialsScience)

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Lithium-Ion Batteries: Anodes I (Silcon Based Systems) – 14:01 – 15:41Co-Chairs: Robert Huggins and Khalil Amine

14:01 875 Carbon–SiliconNanocompositeAnodesforLithium-IonBatteries–G.Y.Yushin(GeorgiaInstituteofTechnology)

14:21 876 Thin-filmNanoporousSiliconCoatedwithPEOPolymerElectrolyteforLithium-IonBatteryAnodes–C.R.Becker,J.Read,J.Wolfenstine,J.Allen,andC.Lundgren(U.S.ArmyResearchLaboratory)

14:41 877 Real-TimeMeasurementsofStressandDamageEvolutionduringInitialElectrochemicalLithiationandDelithiationofCrystallineSilicon–M.Chon,V.A.Sethuraman,andP.R.Guduru(BrownUniversity)

15:01 878 HighPerformanceSiliconFreestandingAnodesFabricatedbyLowPressureandPlasma-EnhancedChemicalVaporDepositionontoCarbonNanotubeElectrodes–M.W.Forney,R.DiLeo,A.Raisanen,M.Ganter,J.Staub,R.Rogers,andB.Landi(RochesterInstituteofTechnology)

15:21 879 ImpactofElectrolytesonSolidElectrolyteInterphase(SEI)FormationandElectrochemicalPerformanceofaSiliconAnodeinLithium-IonCells–J.J.Wu(NASA/GlennResearchCenter)


Lithium-Ion Batteries: Cathodes V (General) – 16:00 – 18:00Co-Chairs: Mani Nagasubramanian and Ram Katiyar

16:00 880 TEMStudyofSurfaceRegionofSol-GelCoatedCathodeMaterialsforLiIonBattery–N.Taguchi,H.Sakaebe,T.Akita,T.Takeuchi,K.Tatsumi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andZ.Ogumi(KyotoUniversity)

16:20 881 ElectronicandTransportPropertiesofHigh-CapacitySilicateCathodeMaterialsforLi-IonBatteries–R.LongoPazos,K.Xiong,andK.Cho(UniversityofTexasatDallas)

16:40 882 High-PerformanceLithium-ionBatteryCathodesBasedonPorousFeF3Nanowires–L.LiandS.Jin(UniversityofWisconsin-Madison)

17:00 883 ScaleBridgingviaSurrogateModelingforMulti-ScaleAnalysisofLi-IonCathodes–W.Du,N.Xue,A.Sastry,J.Martins(UniversityofMichigan),andW.Shyy(HongKongUniversityofScienceandTechnology)

17:20 884 MetalOxide/GrapheneHybridNanostructuredElectrodesforHighPerformanceLithiumBatteries–H.Gullapalli,A.Reddy,andA.Pulickel(RiceUniversity)

17:40 885 ThermalAgingontheCycleabilityofCellsMadeof{LiMn⅓Ni⅓Co⅓O2+LiMn2O4}CompositeElectrodes–B.Lochner,E.Wong,M.Dubarry,C.Truchot,B.Liaw(UniversityofHawaiiatManoa),K.L.Gering,S.V.Sazhin,D.Jamison,andC.Michelbacher(IdahoNationalLaboratory)


Lithium-Ion Batteries: Anodes I (Silcon Based Systems) – 10:00 – 11:40Co-Chairs: Karim Zaghib and Yoon-Chang Kim

10:00 865 Si-CandSiOxVersusLithiumMetalAnodesforHigh-EnergyRechargeableBatteries–A.Guerfi,D.Leblanc,P.Hovington,M.Lagacé,J.Trottier,J.Hamel-Paquet,M.Dontigny,A.Vijh,andK.Zaghib(InstitutdeRecherched’Hydro-Québec)

10:20 866 ImplementationandCharacterizationofSiliconAnodewithMetalAlloyInactiveMatrixforLithium-IonSecondaryBatteries–C.Lee,S.Kwon,J.Kim,S.Suh(SamsungSDI),J.Cho,J.Moon(MKElectronCo.,Ltd.),J.Choi,S.Kang,andY.Kim(SamsungSDI)

10:40 867 FirstPrinciplesStudiesoftheElectrochemicalLithiationandDelithiationofCrystallineSilicon–M.K.Chan(ArgonneNationalLaboratory),C.Wolverton(NorthwesternUniversity),andJ.Greeley(ArgonneNationalLaboratory)

11:00 868 NovelNanostructuredSianodeBehavioronNanorodArrayPolymerSubstrate–M.Jung(SeoulNationalUniversity),M.Moon(KoreaInstituteofScienceandTechnology),Y.Joo(SeoulNationalUniversity),andI.Choi(KoreaInstituteofScienceandTechnology)

11:20 869 WellControlledArrayofSiNanopillarwithMetalCoreasNegativeElectrodeforLithiumIonBatteries–T.Oguni,R.Tajima,T.Osada,T.Muraoka,M.Kurata,S.Sasagawa,S.Adachi,T.Takeuchi,T.Kakehata,J.Momo,T.Moriwaka,M.Takahashi,andS.Yamazaki(SemiconductorEnergyLaboratoryCo.,Ltd.)


Lithium-Ion Batteries: Cathodes IV (Manganese Spinel Systems) – 14:00 – 15:40Co-Chairs: Ram Katiyar and Mani Nagasubramanian

14:00 870 CyclingBehaviorofaHighVoltageSpinelUsinganOriginalThreeElectrodesLi1-xNi0.4Mn1.6O4//Li//LiNi0.4Mn1.6O4SymmetricCell:ApplicationtoLiNi0.4Mn1.6O4ElectrolyteInterfaceDegradationStudies–J.Demeaux(CEA/DAMLeRipault),M.Caravanier(UniversitéF.RabelaisdeTours),H.Galiano(CEA/DAMLeRipault),B.Montigny,andD.Lemordant(UniversitéF.RabelaisdeTours)

14:20 871 AStudyoftheHighRatePerformancePolypyrrole-TiCNanocompositeAnodeMaterialsforLithium-ionBattery–Y.WengandN.N.Wu(NationalTaiwanUniversity)

14:40 872 EnhancedHighTemperatureStabilityofLiMn2O4CathodesbyPrussianBlueCoatings–C.ChenandK.Chiu(FengChiaUniversity)

15:00 873 SpinelManganeseBasedCathodeMaterials:AThermalStabilityStudy–S.ElKhakaniandD.MacNeil(UniversitédeMontréal)

15:20 874 EffectofCr-OxidePartialCoatingontheElectrochemicalBehaviorofThinFilmHigh-VoltageSpinel–E.GarciaTamayo,J.Ros,A.Kaas,R.Fredon(DelftUniversityofTechnology),andE.M.Kelder(TUDelft)

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• 898 ElectrochemicalPropertiesandMorphologyofLi[Fe1-xMnx]PO4(x=0,0.1,0.3)CathodeMaterialsbyElectrospinningProcess–C.Kang,C.Kim,G.Yoo,andJ.Son(KoreaNationalUniversityofTransportation)

• 899 Structural-TunableGrapheneAnodeviaControllingOxidationProcessesforLi-IonBatteriesApplications–W.Liu(ChungYuanChristianUniversity),S.Kuo,Y.Chen,andH.Wu(IndustrialTechnologyResearchInstitute)

• 900 ImprovementofTapDensityofTiO2(B)PowderasHighPotentialNegativeElectrode–Y.Nakano,M.Takagi,N.Honda,M.Saitou,A.Tasaka,andM.Inaba(DoshishaUniversity)

• 901 TheBinaryLi4Ti5O12-Li2Ti3O7NanocompositeasAnodeforImprovingtheSOCEstimationofLi-IonBatteries–G.ZhuandY.Xia(FudanUniversity)

• 902 ElectrochemicalTestCellUsingDiamondWindowsforIn SituXRDMeasurement–S.Kawasaki,A.Alzubaidi,Y.Ishii,andT.Matsushita(NagoyaInstituteofTechnology)

• 903 ImprovementofElectrochemicalPropertiesofSiliconNegativeElectrodePreparedwithPolyimideBinder–S.Uchida,M.Mihashi,M.Yamagata,andM.Ishikawa(KansaiUniversity)

• 904 CorrelationbetweenPolydopamineCoatingEffectsandSeparator-TypesforHighPowerLithiumIonBatteries–Y.Lee,M.Seo(HanbatNationalUniversity),B.Kim(W-SCOPEKOREACO.,LTD.),M.Ryou,J.Choi(KoreaAdvancedInstitueofScienceandTechnology),andY.Lee(HanbatNationalUniversity)

• 905 SurfaceModificationofLi[Ni,Co,Mn]O2CathodeUsingFeF3Coating–C.Kim,S.Kim,andY.Park(KyonggiUniversity)

• 906 ElectrochemicalPropertiesofGraphite-SiliconMilledNanocompositeasaLithiumBatteryAnodeMaterial–K.Kang,D.Shin,Y.Lee,andK.Kim(ElectronicsandTelecommunicationsResearchInstitute)

• 907 WhichOneistheMoreSevereTestMethod,CyclingorStorageatHighTemperatures?–H.Lee,J.Jeong,B.Son,J.Choi,Y.Kim,andY.Lee(HanbatNationalUniversity)

• 908 StudyonPhaseTransformationCharacteristicsofLiFePO4duringCharge-DischargeProcessofGraphite/LithiumIronPhosphateBattery–Y.Lou(ShanghaiInstituteofMicrosystemandInformationTechnology,ChineseAcademyofScience),Q.Wang(ChineseAcademyofScience),J.Zhang,C.Yang,andB.Xia(ShanghaiInstituteofMicrosystemandInformationTechnology,ChineseAcademyofScience)

• 909 Poly(Hydroquinone)CathodesforaSustainableLithium-IonBattery–K.Takeshi(SonyCorp.),J.Kadokawa(KagoshimaUniversity),andH.Morioka(SonyCorporation)

• 910 TiO2/MarimoCarbonCompositeasaNewMaterialforLithiumIonBattery–K.Iwasawa,S.Ueda,M.Eguchi,Y.Kobayashi(IbarakiUniversity),M.Kobori,M.Nishitani-Gamo(ToyoUniversity),andT.Ando(NationalInstituteforMaterialsScience)


Lithium-Ion Batteries: Anodes II (Tin Based Systems) – 16:00 – 18:00Co-Chairs: Khalil Amine and Robert Huggins

16:00 886 ElectrochemicalCharacterizationofSnasanAlternativeAnodeMaterialinLi-IonBatteries–D.X.Liu,J.Black,andA.Co(TheOhioStateUniversity)

16:20 887 Cu-SnThinFilmsasAnodesforThinFilmRechargeableLithiumBatteries–B.Polat(ITU),N.Sezgin(IstanbulTechnicalUniversity),Ö.Keles(ITU),K.Kazmanlı(IstanbulTechnicalUniversity),A.Abouimrane,andK.Amine(ArgonneNationalLaboratory)

16:40 888 InvestigatingthePerformanceofSi-andSn-BasedAnodeMaterialsinElectrovaya’sLithiumIonSuperPolymerCells–L.DavisandR.DasGupta(ElectrovayaInc.)

17:00 889 LargeScaleProductionofTitanateandTinOxideNanowirePowdersandArraysforAnodes–A.K.Thapa,T.Nguyen,V.Vendra,G.Sunkara,andM.K.Sunkara(UniversityofLouisville)

17:20 890 PorousSnO2HelicalNanotubesandSheetsforLithium-IonBatteries–H.Luo,L.Fei,andY.Xu(NewMexicoStateUniversity)

17:40 891 XPSDepthProfilingofTinAnodesforLithiumIonBatteries–J.M.BlackandA.Co(TheOhioStateUniversity)


B6 – Poster Session – 18:00 – 20:00Co-Chairs: Marshall Smart and Ratnakumar Bugga

• 892 FeedbackControlledMultistageConstantCurrent(FCMCC)ChargingProtocolforImprovingPerformanceonLithium-IonBattery–H.Wang,Y.Chen,andF.Wang(NationalTaiwanUniversityofScienceandTechnology)

• 893 TheEffectofOxy-NitrideFormationinLithium-IonConductivityforLiMe(Ge,SiandTi)PS–S.Lee,D.J.Kalita,S.Woo,K.Lee,andY.Yoon(YonseiUniversity)

• 894 InvestigationofHigh-TemperatureEnduranceTestforLithium-IonBatteriesinVehicles–K.Maeda,K.Komatsu,andM.Takahashi(JapanAutomobileResearchInstitute)

• 895 ElectronEnergyLossStructuresintheOxygenK-edgeSpectraofLi-InsertedLi4Ti5O12–M.Kitta(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Akita(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),S.Tanaka,andM.Kohyama(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 896 SynthesisandElectrochemicalPropertiesofCarbon-CoatedLi2FeP2O7forLi-IonBatteries–M.Saito,S.Yano,A.Tasaka,andM.Inaba(DoshishaUniversity)

• 897 Structure-RelatedElectrochemistryofSulfur-Poly(Acrylonitrile)CompositeCathodeMaterialsforRechargeableLithiumBatteries–J.Fanous,M.Wegner,J.Grimminger,M.Rolff,Ä.Andresen(RobertBoschGmbH),andM.Buchmeiser(UniversityofStuttgart)

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• 925 First-PrinciplesStudyofK-edgeXANESforLi-RichSolid-SolutionLayeredCathodeMaterial–T.Tamura,R.Kobayashi,S.Ogata(NagoyaInstituteofTechnology),T.Ohwaki(NissanMotorCo.,Ltd),A.Ito(NissanMotorCo.,Ltd.),andY.Ohsawa(NissanMotorCo.,Ltd)

• 926 Novel3-DimensionalElectrochemicalEnergyStorageSystems–F.Roumi(Caltech),C.Cid(CaliforniaInstituteofTechnology),J.Roumi(ParthianEnergyLLC),andM.Hoffmann(CaliforniaInstituteofTechnology)

• 927 HighlyInterconnectedSiliconNanowiresEmbededinPorousGraphiteasAnodesinLi-ionBatteries–S.Jeong,J.Lee(UNIST),D.Yoon,H.Hwang,J.Kim,S.Kim,H.Sun(SKInnovation),S.Park(UNIST),andJ.Cho(UlsanNationalInstituteofScienceandTechnology)

• 928 AStudyonStructuralandElectrochemicalPropertiesofOverchargedNi-basedCathodeMaterialsforLi-IonBatteries–W.Chang,D.Kim,H.Chang,B.Cho(KoreaInstituteofScienceandTechnology),J.Lee(KoreaInstituteofEnergyResearch),andK.Chung(KoreaInstituteofScienceandTechnology)

• 929 AnodePerformanceofNi-P-coatedSiThick-filmElectrodesforLi-ionBattery–M.Narita,H.Usui,N.Uchida,andH.Sakaguchi(TottoriUniversity)

• 930 ElectrochemicalPropertyofAnderson-TypePolyoxometalatesasCathodeMaterialofLithiumBattery–S.Uematsu,E.Ni,andN.Sonoyama(NagoyaInstituteofTechnology)

• 931 MicrostructureStudyofSiThinFilmAnodewithDifferentAdhesionLayersforLi-IonBatteries–M.Oh,Y.Song(SungkyunkwanUniversity),T.Yoon(KoreaAdvancedInstituteofScienceandTechnology),C.Woo,J.Jeong(KoreaInstituteofMachineryandMaterials),H.Lee(SungkyunkwanUniversity),andS.Hyun(KoreaInstituteofMachineryandMaterials)

• 932 HydrothermalSynthesisofLiCoPO4inthePresenceofCarboxymethylcellulose–Y.Namiki,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 933 FabricationofLi7La3Zr2O12-BasedAll-Solid-StateRechargeableLi-MetalBattery–J.Wakasugi,T.Nishioka,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 934 PreparationandConductivityofNovelIonicLiquidusingDianionicHexacoordinatedSilicates–M.Nanjo,Y.Nakano,andT.Esaka(TottoriUniversity)

• 935 StructureandElectrochemicalPropertiesofOxygen-DeficientLi2MnO3-x–K.Kubota,M.Hirayama,R.Kanno(TokyoInstituteofTechnology),M.Yonemura(HighEnergyAcceleratorResearchOrganization),Y.Imanari,K.Nakane(SumitomoChemicalCo.Ltd.),M.Cuisinier,N.Dupré(InstitutdesMateriauxJeanRouxel(IMN)),andD.Guyomard(IMN–CNRS)

• 936 AStudyontheThermalBehaviorofLiMnPO4CathodeforLiSecondaryBatterybyUsingSynchrotronBasedX-rayTechniques–H.Kim,J.Kim,S.Lee,D.Jang,S.Muhammad,W.Yoon(SungkyunkwanUniversity),Y.Choi,andK.Park(SamsungAdvancedInstituteofTechnology)

• 911 EffectofIonicLiquidElectrolytesonAnodePropertiesofLaSi2/SiCompositeThick-FilmElectrodesforLi-IonBattery–M.Shimizu,H.Usui,andH.Sakaguchi(TottoriUniversity)

• 912 SandwichedMWCNT@TiO2-CNanocablesforUltrafastLithiumStorage–J.Cheng(LawrenceBerkeleyNationalLaboratory)andJ.Kerr(LawrenceBerekeleyNationalLaboratory)

• 913 ModifiedSiOasaHighPerformanceAnodeforLi-IonBatteries–Y.Hwa(SeoulNationalUniversity),C.Park(KumohNationalInstituteofTechnology),andH.Sohn(SeoulNationalUniversity)

• 914 SimplePreparationofNanoporousSi/CCompositeswithNaphthaleneforLi-IonBatteries–B.Yu(SeoulUniversity)andH.Sohn(SeoulNationalUniversity)

• 915 EnhancedElectrochemicalPerformanceofLiFePO4CathodeMaterialPromotedbyCdOandCarbonCo-Coating–G.Peng,X.Yang(ThreeGorgesUniversity),G.Liang(SamHoustonStateUniversity),andL.Zhang(ThreeGorgesUniversity)

• 916 Sub-NanoTunnel-StructuredManganeseOxideExhibitingExtremelyLargeReversibleLithiumStorage–D.Yonekura,Y.Igarashi,M.Hiraga,N.Ota,J.Miyamoto,andK.Naoi(TokyoUniversityofAgricultureandTechnology)

• 917 Nanohybridizationofnc-SnO2withHollow-StructuredCarbonforHighPerformanceLi-IonBatteryAnode–K.Kisu,M.Iijima,Y.Nagano,J.Miyamoto,andK.Naoi(TokyoUniversityofAgricultureandTechnology)

• 918 CyclingStabilityofLi2MnO3CompositeMaterialsbyCo-PrecipitationforLithiumIonBattery–K.Kim,J.Kang,D.Chang,andK.Kim(KoreaInstituteofIndustrialTechnology)

• 919 ElectrochemicalPerformanceofLi-RichBasedCathodeMaterialsforLithiumIonBattery–K.Kim,J.Kang,S.Boo,andK.Kim(KoreaInstituteofIndustrialTechnology)

• 920 High-RateCapabilityofHollowCarbonMicrospheresasAnodeMaterialsforLithium-IonBatteries–J.Hwang,H.Lim,T.Kang,Y.Sun,andK.Suh(HanyangUniversity)

• 921 HollowFe3O4MicrospheresasAnodeMaterialsforLithium-IonBatteries–H.Lim,Y.Sun,andK.Suh(HanyangUniversity)

• 922 FacileSynthesisofaUniqueInterleavedGraphene-EmbeddedSulfurNanocompositeasCathodeofLi-SBatterieswithExcellentLithiumStoragePerformance–Y.Wang,L.Huang,Y.Xu,J.Li,andS.Sun(XiamenUniversity)

• 923 In SituSeparatingLayerCoatingupontheWire-typeElectrodeforFlexibleLithiumBatteries–K.V.Luu(HanbatNationalUnivesity),Y.Lee(HanbatNationalUniversity),S.Song(HanbatNationalUnivesity),C.Kim(ShineCo.,Ltd.),andY.Lee(HanbatNationalUniversity)

• 924 ImprovementofHigh-CapacityBehaviorofLayeredLi1.23Ni0.13Co0.14Mn0.56O2CathodesbyFluorineSubstitutionforLi-IonBatteries–J.Min,J.Gim,J.Song,J.Kim,andW.Im(ChonnamNationalUniversity)

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• 949 GrapheneOxide:CorrosionInhibitoronLIBCathodeCurrentCollector–R.PrabakarandM.Pyo(SunchonNationalUniversity)

• 950 SiliconNanowiresPreparedbyZinc-ThermalReductionofSiliconTetrachlorideandTheirApplicationtoLithiumIonBatteries–R.Han,M.Yamagata(KansaiUniversity),T.Nohira,R.Hagiwara(KyotoUniversity),andM.Ishikawa(KansaiUniversity)

• 951 LiNi0.6Co0.2Mn0.2O2/LiMn0.8Fe0.2PO4BlendsasCathodeMaterialsforHighEnergyDensityLiIonBattery–G.Choi,N.Kim,H.Lim,andS.Cho(EIGLtd.)

• 952 AStudyonSynthesisandPropertiesofNano-SizedMetalOxideCoatedonCarbonnanotubes–Y.Kim,J.Yoon,A.Choi,S.Choi,K.Palanisamy,andW.Yoon(SungkyunkwanUniversity)

• 953 ElectrochemicalPerformanceofLiNi0.5Mn1.5O4CathodeMaterialFabricatedfromNanothornSphereStructuredMnO2–S.Lim,W.Ryu,W.Kim,andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

• 954 ElectrochemicalCharacteristicsofStructure-modifiedSoftCarbonasananodeinLithiumIonBatteries–Y.Jo,E.Lee(KoreaElectronicsTechnologyInstitute),H.Jeong(UlsanNationalInstituteofScienceandTechnology),Z.Lee(UNIST),K.Hong,S.Lee(GSCaltexCorporation),andY.Kim(KoreaElectronicsTechnologyInstitute)

• 955 ExplorationofManganeseOxideBasedCathodesforAlkaliMetalIonBatteries–X.HaoandB.Bartlett(UniversityofMichigan)

• 956 ElectrochemicalLithiationandDelithiationofStoichiometricCu3SnandCu6Sn5PreparedUsingReduction-DiffusionMethod–N.Fukuda,A.Kitada,K.Murase,T.Ichii,andH.Sugimura(KyotoUniversity)

• 957 PreparationofLiNi0.5Ni1.5O4CathodeMaterialthroughSprayDryingAssistedAnnealingProcessandItsElectrochemicalPerformance–J.Li(ShanghaiJiaoTongUniversity),M.Lu(ShanghaiJiaotonguniverisity),X.Liao(ShanghaiJiaotongUniversity),andZ.Ma(ShanghaiJiaoTongUniversity)

• 958 HighlyDispersedSulfurinPorousAromaticFrameworkasCathodeforLithium-SulfurBatteries–B.Guo,X.Sun,andS.Dai(OakRidgeNationalLaboratory)

• 959 In-PlaneIonicConductivityofLi(3x)La(2/3-x)TiO3ThinFilmsDepositedonPerovskiteSubstrates–F.Aguesse,T.Rojo(CICEnergigune),andJ.A.Kilner(ImperialCollegeLondon)

• 960 StructuralandElectrochemicalStudiesofMesoporousLi4Ti5O12-TiO2CompositeSpheresasAnodeMaterialforLithiumIonBatteries–S.Ting,C.V.Li,andK.Chan(TheUniversityofHongKong)

• 961 MethodforMitigatingtheEffectsofManganeseDissolutioninLi-IonBatteries–N.Levi,M.Levi,D.Aurbach(Bar-IlanUniversity),Z.Li(OptimalStaffingSolutions),L.Zou(GeneralMotorsCompany),T.Fuller,andI.C.Halalay(GeneralMotorsGlobalR&D)

• 937 AnalysisofSolidElectrolyteInterphasebyGlowDischargeOpticalEmissionSpectroscopyforLi-IonBatteryElectrodes–H.Takahara(RigakuCorporation),H.Miyauchi(MitsuiEngineeringandShip-BuildingCo.Ltd.),H.Kobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),Y.Kobayashi(CentralResearchInstituteofElectricPowerIndustry),andT.Nakamura(UniversityofHyogo)

• 938 InvestigationoftheIrreversibleReactionMechanismonSiOAnodeMaterialforLi-IonBatteries–H.Yamamura,K.Nobuhara,S.Nakanishi,andH.Iba(ToyotaMotorCorporation)

• 939 SiOxNanoparticlesPreparationbyanEvaporationandCondesationProcessUsingInductionMelting–J.Kim(KoreaInstituteofEnergyResearch),B.Jang,andJ.Lee(KoreaInsituteofKoreaResearch)

• 940 CopperNanofiber-embeddedCobaltOxideThin-FilmforHighPerformanceLithium-IonBatteries–D.Park(GwangjuInstituteofScience&Technology(GIST)),S.Nam(GwangjuInstituteofScienceandTechnology),J.Lee,J.Lee(GwangjuInstituteofScience&Technology(GIST)),andW.Kim(GwagnjuInstituteofScienceandTechnology)

• 941 LiMPO4(M=Fe,Mn)forHighEnergyRechargeableLithiumBatterybySolidStateReaction–T.Mahara,H.Miyauchi,H.Tomita,andY.Sakaguchi(MitsuiEngineeringandShip-BuildingCo.Ltd.)

• 942 SurfaceModifiedHighCapacityLi-ExcessTransitionMetalOxidebyMetalPhosphates–J.Lim,J.Yeon,S.Lee,H.Sun,andH.Lee(SKInnovation)

• 943 Morphological,StructuralandElectrochemicalStudyofLayered-SpinelMixedStructureofLi-Mn-Ni-OasCathodeforLithiumionBatteries–Y.Hwang,J.Choi,M.Christy,A.Zahoor(ChonbukNationalUniversity),S.Park(KoreanIntellectualPropertyOffice),P.Kim,andK.Nahm(ChonbukNationalUniversity)

• 944 DensityFunctionalTheoryStudiesofLithiumDiffusionontheStepEdgeofGrapheneSheets–Y.Kubota(TheKansaiElectricPowerCompany)

• 945 NovelFluxGrowthofLi1+xMn2-xO4CrystalsandFilmsforAll-Crystal-StateLithiumIonRechargeableBatteries–H.Wagata,H.Inagaki(ShinshuUniversity),T.Ishizaki(ShibauraInstituteofTechnology),T.Sakaguchi,K.Kohama,S.Oishi(ToyotaMotorCorporation),andK.Teshima(ShinshuUniversity)

• 946 ElectrochemicalFabricationofSiNanoparticlesonCarbonNanofiberforHighCapacityAnodesofLithiumIonBattery–S.Choi,S.Woo(SungkyunkwanUniversity),J.Park,S.Hwang(SamsungAdvancedInstituteofTechnology),andD.Whang(SungkyunkwanUniversity)

• 947 LithiumExtractionReactionfortheThinFilmsofTitaniumDioxideunderUVIrradiation–S.SuzukiandM.Miyayama(TheUniversityofTokyo)

• 948 StructuralAnalysisandElectrochemicalPropertyofTranceMetalSubstitutedCalciumFerrite-TypeLi(MnxM1-x)2O4(M=Ni,Ti)–M.Mamiya,K.Kataoka,J.Akimoto(AIST),S.Kikuchi,Y.Terajima,andK.Tokiwa(TokyoUniversityofScience)

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• 975 SynthesisofCoherentSnO2/CarbonCryogelNanocompositesatLarge-ScaleforEfficientLithiumIonStorage–M.Zhang,L.Shen,E.Uchaker(UniversityofWashington),T.Wang(HunanUniversity),andG.Cao(UniversityofWashington)

• 976 MesoporousThinFilms:ModelStructurestoAssesstheRoleofPorosityinCompositeElectrodes–N.Krins,R.Buonsanti,A.K.Shukla,G.Chen,B.Helms,D.Milliron,andT.J.Richardson(LawrenceBerkeleyNationalLaboratory)

• 977 EffectsofMaleicAnhydrideElectrolyteAdditiveonSiliconAnodeforLithium-IonBattery–M.Suguro,M.Yamashiro,K.Nakahara,andK.Nakano(NECCorporation)

• 978 CycleLifeCharacterizationofLithium-IonBatterieswithArtificialSolid-ElectrolyteInterphaseCoatingonBothElectrodes–Y.Eun,S.Woo(SejongUniversity),D.Kim(HanyangUniversity),andW.Lee(SejongUniversity)

• 979 Long-termCyclingofHighEnergyLi-IonBatterywithNCMElectrodeandHighVoltageElectrolyte–W.Zhang(LawrenceBerkeleyNationalLab),G.Liu,andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

• 980 ElectrochemicalPropertiesofDelithiatedLi2MnO3-LiMO2–S.Yamahara,A.Mineshige,Y.Daiko,andT.Yazawa(UniversityofHyogo)

• 981 DirectObservationofBatteryReactionInhomogeneityinOperatingElectrode–H.Murayama,T.Fujimoto,T.Kawaguchi,Y.Orikasa,H.Arai,E.Matsubara,Y.Uchimoto,andZ.Ogumi(KyotoUniversity)

• 982 TheEffectsoftheSlurryMixingProcedureonSiliconBasedCompositeElectrodesforLi-IonBatteries–M.Wu(LawrenceBerkeleyNationalLaboratory),K.Eberman(3MCo.),andG.Liu(LawrenceBerkeleyNationalLaboratory)

• 983 LiFePO4CathodeMaterialspreparedbySprayPyrolysisandItsElectricalCharacteristicsasaCathodeMaterial–C.Lee,S.Eun,andS.Kim(HanbatNationalUniversity)

• 984 FabricationofNCM(LiNixCoyMnzO2)CathodeMaterialsPreparedbySprayPyrolysis–J.Park,C.Lee,andS.Kim(HanbatNationalUniversity)

• 985 SynthesisandPerformanceofAnodeMaterialLi4Ti5O12bySol-GelMethodforLithiumIonBatteries–B.NaandS.Kim(ChungbukNationalUniversity)

• 986 EncapsulationofRechargeableSolid-StateLithiumBatteries–J.Ribeiro,R.Sousa,J.Sousa,B.Pereira,M.Silva,L.Goncalves(UniversityofMinho),M.M.Silva(UniversidadedoMinho),andJ.Correia(UniversityofMinho)

• 987 InfluenceofFe3+IonsContentforElectrochemicalPropertiesofNano-SizedPhospho-OlivineasCathodeMaterialforLi-IonBatteries–D.Baster,W.Zając,andJ.Molenda(AGHUniversityofScienceandTechnology)

• 962 LocalStructureInvestigationsonLi[Li0.2Mn0.4Co0.4]O2viaIn SituX-rayAbsorptionSpectroscopy–R.Kloepsch(UniversityofMuenster),J.Rana(HelmholtzZentrumBerlin),J.Li(UniversityofMuenster),G.Schumacher(HelmholtzZentrumBerlin),J.Banhart(Helmholtz-ZentrumBerlin),S.Passerini,andM.Winter(UniversityofMünster)

• 963 ElectrochemicalPropertiesofSilicon1DNanostructuresPreparedbyMeansofElectrochemicalDeposition–D.Kim,H.Seo,andY.Kang(KoreaResearchInstituteofChemicalTechnology)

• 964 CapacityFadingResearchonHighVoltageSpinelLiNi0.5Mn1.5O4CoupledwithGraphite–Y.Fu,X.Song,P.Ridgway,G.Liu,andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

• 965 DevelopmentofThinFilmsSiBasedAnodeMaterialsforLi+IonBatteriesApplication–S.T.HossainandS.Mitra(MissouriStateUniversity)

• 966 StabilizedLithiumMetalPowder(SLMP®)–PerformanceImprovementofSiliconBasedAnodes–B.Fitch,Y.Li,andM.Yakovleva(FMCLithium)

• 967 Cu-SnThinFilmProductiononCopperSubstrate–B.Polat(ITU),N.Sezgin,Ö.Keleş,K.Kazmanlı(IstanbulTechnicalUniversity),A.Abouimrane,andK.Amine(ArgonneNationalLaboratory)

• 968 UseofCu-Sn/CMultilayeredThinFilminLithiumIonBatteries–B.D.Polat,N.Sezgin,Ö.Keleş,K.Kazmanlı(IstanbulTechnicalUniversity),A.Abouimrane,andK.Amine(ArgonneNationalLaboratory)

• 969 TheSynthesisandElectrochemicalCharacterizationofTinEncapsulatedbyHighlyGraphiticCarbonNanospheresasAnodesforLi-IonBatteries–K.A.Hays,M.Li,K.Osea-Kwapong,R.P.Kopreski,N.A.Banek,andM.Wagner(TheGeorgeWashingtonUniversity)

• 970 In SituEnergyDispersiveX-rayDiffractionStudyofPrototypeLiMnO4-andLiFePO4-BasedCoinCellBatteries–G.Liang(SamHoustonStateUniversity),M.Croft(Rutgers–TheStateUniversityofNewJersey),andZ.Zhong(BrookhavenNationalLaboratory)

• 971 HollowCarbonNanospherewithGermaniumNanoparticlesAnodeMaterialforLi-ionBattery–M.Li,K.Hays,R.P.Kopreski,N.Banek,andM.Wagner(TheGeorgeWashingtonUniversity)

• 972 TheSynthesisandElectrochemicalCharacterizationofSiliconEncapsulatedbyHighlyGraphiticCarbonNanospheresasAnodesforLi-ionBatteries–R.P.Kopreski,K.Hays,M.Li,N.A.Banek,andM.Wagner(TheGeorgeWashingtonUniversity)

• 973 PreparationofManganeseOxideCathodesforLithiumSecondaryBatteries–J.Moon,H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

• 974 StructuralandOpticalPropertiesStudyofPorousSiliconMembraneFilledwithLithiumBromide–M.Jaouadi,M.Khardani,W.Dimassi,andH.Ezzaouia(CRTEn)

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14:40 1164 PredictiveModelingofSize-DependentDendriticGrowthinDilute-ElectrolyteLithiumMetalBatterieswithPotentiostaticCycling–A.Aryanfar,M.Hoffmann,andA.Colussi(CaliforniaInstituteofTechnology)

15:00 1165 ComputationalInvestigationsoftheElectronicTransportinLithium-AirBatteryMaterials–T.Vegge,J.Garcia-Lastra,J.Myrdal,andK.Thygesen(TechnicalUniversityofDenmark)

15:20 1166 ATransientModelofanAqueousLi/AirBatteryFormingLiOH(aq)andLiOH•H2O–P.Albertus(RobertBoschResearchandTechnologyCenter),V.Viswanathan(StanfordUniversity),andJ.Christensen(RobertBoschResearchandTechnologyCenter)

15:40 1167 OxygenReductionCatalystSelectionforLithiumAirBatteriesviaRotatingRingDiscElectrodeVoltammetryandIn SituX-rayAbsorptionSpectroscopy–M.Trahan,S.Mukerjee,andK.Abraham(NortheasternUniversity)

16:00 1168 ProbingReactionMechanismsofLi-O2BatteriesviaIn SituAmbientPressureX-rayPhotoelectronSpectroscopy–Y.Lu,E.J.Crumlin(MassachusettsInstituteofTechnology),G.M.Veith(OakRidgeNationalLaboratory),J.R.Harding,E.Mutoro(MassachusettsInstituteofTechnology),L.Baggetto,N.J.Dudney(OakRidgeNationalLaboratory),Z.Liu(LawrenceBerkeleyNationalLaboratory),andY.Shao-Horn(MassachusettsInstituteofTechnology)

16:20 1169 ElectrochemistryandTransportLimitationsofNon-AqueousLi-AirBatteriesfromFirst-Principles–V.Viswanathan,J.S.Hummelshøj,A.C.Luntz,andJ.K.Nørskov(StanfordUniversity)

16:40 1170 ElectrochemicalStrainSpectroscopy:MonitoringPartiallyReversibleElectrochemicalProcessesIn SituonLi-AirBatteryElectrolytes–T.M.Arruda,A.Kumar,S.Jesse,andS.V.Kalinin(OakRidgeNationalLaboratory)


Liquid Electrolytes, Ionic Liquid 3 – 08:00 – 09:40Co-Chairs: Dr. Trulove and Dr. Henderson

08:00 1223 IonicLiquid-LithiumSalt-GlymeMixtures:UnderstandingtheThermophysicalandTransportPropertiesofTernaryMixtures–J.E.Weaver,E.T.Fox,E.Parrish,W.A.Henderson(NorthCarolinaStateUniversity),andR.A.Mantz(U.S.ArmyResearchOffice)

08:20 1224 ElectrochemicalPerformanceofVitreousEutecticElectrolytesforLi-IonBatteries–Y.Shilina,M.Levi,D.Aurbach(Bar-IlanUniversity),O.Geiculescu,D.DesMarteau(ClemsonUniversity),andI.C.Halalay(GeneralMotorsGlobalR&D)

08:40 1225 ElectrolytePerformanceofLiFTA-CsFTAMoltenSaltforLithiumSecondaryBattery–K.Kubota(AdvancedIndustrialScienceandTechnology)andH.Matsumoto(NationalInstituteofAdvancedIndustrialScienceandTechnology)


Anode – 08:00 – 12:00Co-Chairs: Jordi Cabana and Jie Xiao

08:00 1153 (Invited)ProtectiveLayersfortheLithiumElectrodeBasedonCeramicPhases–J.Cabana(LawrenceBerkeleyNationalLaboratory)

08:40 1154 (Invited)FactorsAffectingtheCycleLifeofaNonaqueousLi-AirCellwithaProtectedAnode–D.Im,D.Lee,T.Kim,V.Roev,S.Ma(SamsungElectronicsCo.),andS.Doo(SamsungElectronics)

09:20 1155 LithiumDendriteFormationbetweenPEO18LiTFSIandLithiumMetal–H.Wang,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

09:40 Intermission(20Minutes)10:00 1156 (Invited)Ultra-HighEnergyDensityLithium-Air

BatteriesBasedonProtectedLithiumElectrodes(PLEs)–S.J.Visco,E.Nimon,B.Katz,M.Chu,andL.DeJonghe(PolyPlusBatteryCompany)

10:40 1157 IonicConductivityofGarnet-TypeLi7-xLa3Zr2O12-

0.5xSolidElectrolyteforLithiumMetalElectrode–Y.Nakata,K.Ishiguro,N.Imanishi,Y.Takeda,andO.Yamamoto(MieUniversity)

11:00 1158 NickelFoam,aProbableCurrentCollectorinRechargeableLi-AirBatteries–X.LiuandD.Wang(ChineseAcademyofScience)

11:20 1159 DegradationProductsonLi-NegativeElectrodeandtheCarbonCathodeinLi-O2Batteries–R.Younesi,M.Hahlin,andK.Edström(UppsalaUniversity)

11:40 1160 Metal-Free“Li-Ion”AirBatteryRealizedbyControllingSolvationStateinElectrolyte–Y.Yamada,M.Yaegashi,K.Furukawa,F.Li(TheUniversityofTokyo),H.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology),andA.Yamada(TheUniversityofTokyo)

Fundamental Investigation – 13:20 – 17:00Co-Chairs: Nobuyuki Imanishi and Yi-Chun Lu

13:20 1161 (Invited)InvestigationofRechargeableLi-AirBattery–D.Zheng,Q.Wang,D.Qu(UniversityOfMassachusettsBoston),andX.Yang(BrookhavenNationalLaboratory)

14:00 1162 EffectofSubstitutionofCobaltbyManganeseonthePropertiesofCalcium-DopedLanthanumCobaltOxideforOxygenReductionReactioninAlkalineMedium–S.Malkhandi,P.Trinh,A.Manohar,G.Prakash,S.Narayanan(UniversityofSouthernCalifornia),andA.Manivannan(U.S.DepartmentofEnergy)

14:20 1163 TowardsUnderstandingtheMechanismoftheElectrochemicalOxygenReduction:DFTModelingandSpectroelectrochemicalValidation–P.Biedermann,S.Nayak,andA.Erbe(Max-Planck-InstitutfürEisenforschungGmbH)

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Liquid Electrolytes, Organic 3 – 16:00 – 17:40Co-Chairs: Dr. Zhang and Dr. Lucht

16:00 1237 StructureoftheGraphiteAnodeSolidElectrolyteInterphaseinLithium-IonBatteries–B.L.Lucht,M.Nie(TheUniversityofRhodeIsland),D.P.Abraham(ArgonneNationalLaboratory),Y.Chen,andA.Bose(TheUniversityofRhodeIsland)

16:40 1238 TheElectrochemicalPerformanceImprovementofWaterasanAdditivetoGraphene-BasedAnodeMaterials–C.Cheng(NationalTaiwanUniversityofScienceandTechnology),W.Liu(ChungYuanChristianUniversity),andF.Wang(NationalTaiwanUniversityofScienceandTechnology)

17:00 1239 HighlyQuantitativeElectrochemicalCharacterizationofNon-AqueousElectrolytesandSolidElectrolyteInterphases–S.V.Sazhin,K.L.Gering,M.K.Harrup,andH.W.Rollins(IdahoNationalLaboratory)

17:20 1240 AStudyoftheSolid/LiquidLi+-ElectrolytesInterface–C.O’Laoire,J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)


B8 – Poster Session – Electrolytes – 18:00 – 20:00Co-Chairs: Dr. Jow, Dr. Lucht, and Dr. Trulove

• 1241 FormulationandPropertiesofVitreousEutecticElectrolytesforLi-IonBatteries–O.Geiculescu,D.DesMarteau,S.Creager(ClemsonUniversity),D.Hirschberg,O.Haik,Y.Shilina,E.Zinigrad,M.Levi,D.Aurbach(Bar-IlanUniversity),andI.C.Halalay(GeneralMotorsGlobalR&D)

• 1242 SynthesisandElectrochemicalPerformanceofFluorinatedOrthoborateSaltsasAdditivesforLi-IonBatteryElectrolytes–O.Geiculescu,D.DesMarteau,S.Creager(ClemsonUniversity),V.Borgel,M.Levi,D.Aurbach(Bar-IlanUniversity),andI.C.Halalay(GeneralMotorsGlobalR&D)

• 1243 EnhancedtheSafetyoftheLithium-IonBatteriesbytheElectrolyteAdditive–T.Yeh,J.Chen,S.Liao(IndustrialTechnologyResearchInstitute),M.Shen,andC.Liu(FormosaPlasticsCorporation)

• 1244 EffectsofLiNO3AdditiveontheElectrochemicalPropertiesofLithium-SulfurBatteries–H.Kim(KoreaInstituteofScienceandTechnology)

09:00 1226 IonicLiquid-In-Salt:CharacterizationofElectrolytesforHighTemperatureLithiumBatteries–M.J.Marczewski,Y.Choi,J.Scheers,A.Matic,P.Jacobsson,andP.Johansson(ChalmersUniversityofTechnology)

09:20 1227 JointTheoreticalandExperimentalStudyofNovelElectrolytesBasedonEutecticMixturesofDMMSAwithLiFSIandLiTFSISalts–D.Bedrov,L.Xing,J.Hooper(TheUniversityofUtah),Y.Shilina,M.Levi,D.Aurbach(Bar-IlanUniversity),O.Geiculescu,D.DesMarteau(ClemsonUniversity),andI.C.Halalay(GeneralMotorsGlobalR&D)

Liquid Electrolytes, Organic 1 – 10:00 – 12:00Co-Chairs: Dr. Jow and Dr. Trulove

10:00 1228 DevelopmentofElectrolytesforStableOperationandHighlySafeLithium-IonBatteries–H.Tokuda(MitsubishiChemicalCorporation)

10:40 1229 ConcentratedElectrolytes:ImprovingOxidativeStabilityforUseinHighVoltageLi-IonBatteries–D.W.McOwen,J.L.Allen,D.M.Seo,andW.A.Henderson(NorthCarolinaStateUniversity)

11:00 1230 PolyfluorinatedElectrolyteSolutionsandAdditivesforHighVoltageNon-FlammableLithiumBatteries–H.SunandQ.Wei(UniversityofSouthDakota)

11:20 1231 EffectofElectrolyteandAdditivesonPerformanceofLiNi0.5Mn1.5O4–M.Xu,D.Lu(TheUniversityofRhodeIsland),A.Garsuch(BASFSE),andB.L.Lucht(TheUniversityofRhodeIsland)

11:40 1232 ElectrochemicalStabilityofanElectrolyteofLiPF6inCarbonateEsterContainingTrialkoxyboroxinewithLiNi0.5Mn1.5O4Cathode–Y.Tanaka,K.Yamashita,S.Onoda,Y.Iriyama,andT.Fujinami(ShizuokaUniversity)

Liquid Electrolytes, Organic 2 – 14:00 – 15:40Co-Chairs: Dr. Lucht and Dr. Zhang

14:00 1233 TailoredRedoxShuttleAdditivesforOverchargeProtectionofLithium-IonBatteries–Z.Zhang,L.Zhang,W.Weng,andK.Amine(ArgonneNationalLaboratory)

14:40 1234 PerfluoronatedPhosphazeneBasedAdditivesforImprovementofSafetyandBatteryLifetimesinLithium-IonBatteries–M.K.Harrup,K.L.Gering,H.W.Rollins,S.V.Sazhin,M.T.Benson,D.Jamison,andC.Michelbacher(IdahoNationalLaboratory)

15:00 1235 WideOperatingTemperatureRangeElectrolytesforHighVoltageandHighSpecificEnergyLi-IonCells–M.C.Smart,C.Hwang,F.C.Krause,J.Soler,W.C.West,B.Ratnakumar(CalforniaInstituteofTechnology),andK.Amine(ArgonneNationalLaboratory)

15:20 1236 InitialDecompositionofLiPF6-BasedLithiumBatteryElectrolyteswithAdditives–S.Wilken,M.Treskow,J.Scheers,P.Johansson,andP.Jacobsson(ChalmersUniversityofTechnology)

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11:00 1493 3DChemicalMappingofPEMFuelCellCathodesbyScanningTransmissionSoftX-raySpectro-Tomography–V.Berejnov(McMasterUniversity),D.Susac(AFCC),J.Stumper(AutomotiveFuelCellCooperationCorp.),andA.P.Hitchcock(McMasterUniversity)

11:20 1494 HeterogeneousPorosityDistributionUnderCompressionofGasDiffusionLayerUsingSynchrotronX-RayTomography–J.Je,S.Doh(PohangUniversityofScienceandTechnology),J.Kim(TheKoreaAtomicEnergyResearchInstitute),andM.Kim(PohangUniversityofScienceandTechnology)

11:40 1495 EffectsofChannelStructureandWettabilityonLiquidWaterTransportinCathodeofPEFC–Y.Ishizaki(KyotoInstituteofTechnology),R.Taniguchi(DaikinIndustries,LTD.),K.Nishida(KyotoInstituteofTechnology),S.Tsushima,andS.Hirai(TokyoInstituteofTechnology)


B-2.1 Stack Structure/Components (1) – 08:00 – 12:00Co-Chairs: Yuichio Tabuchi and Tom Fuller

08:00 1496 HigherCurrentDensityOperationinPEMFCforAutomobileapplications–Y.Tabuchi,T.Shiomi,Y.Fukuyama,K.Sato,andN.Kubo(NissanMotorCo.,Ltd)

08:40 1497 MissionsandProgressionsofNEDO’sCellEvaluationProject–M.Hori(DaidoUniversity),K.Kobayashi(FuelCellResearchCenter,DAIDOUniversity),Y.Oono,andA.Daimaru(DaidoUniversity)

09:00 1498 A2kWPowerSystemBasedonanAlkalineMembraneFuelCellStackDevelopedatCelleraTechnologies–S.Gottesfeld(celleraTechnologies)

09:20 1499 InvestigationonEffectofPTFETreatmentonGDLMicro-structurebyHigh-resolutionX-rayCT–T.Sasabe(TohokuUniversity),G.Inoue(KyotoUniversity),S.Tsushima,S.Hirai(TokyoInstituteofTechnology),T.Tokumasu(TohokuUniversity),andU.Pasaogullari(UniversityofConnecticut)

09:40 Intermission(20Minutes)10:00 1500 DynamicAnalysisandDiagnosticsofaHigh

TemperaturePEMFuelCellStack–Y.Zhu,W.Zhu,andB.J.Tatarchuk(AuburnUniversity)

10:20 1501 FabricationandOptimizationMembraneElectrodeAssemblywithSupport-LessPlatinumCatalystsforSpaceApplications–X.Huang(USC),W.A.Rigdon(UniversityofSouthCarolina),K.Billings,andT.I.Valdez(CaliforniaInstituteofTechnology)

10:40 1502 NovelMetallicGlassMicroFuelCellArchitecture–R.C.Sekol,G.Kumar,M.Carmo,S.Mukherjee,F.Gittleson,N.Hardesty-Dycke,J.Schroers,andA.D.Taylor(YaleUniversity)


A.2.1 Visualization – 08:00 – 12:00Co-Chairs: Daniel Hussey and Ugur Pasaogullari

08:00 1486 In SituWaterDistributionVisualizationinMEAbySoftX-rayRadiography–S.Tsushima,P.Deevanhxay,T.Sasabe,andS.Hirai(TokyoInstituteofTechnology)

08:40 1487 VisualizationofLiquidWaterAccumulationinPEMFCsOperatingatDifferentTemperaturesbySoftX-rayRadiography–P.Deevanhxay,T.Sasabe,S.Tsushima,andS.Hirai(TokyoInstituteofTechnology)

09:00 1488 VisualizedLiquidWaterEvolutioninaPEMfuelcellusingSynchrotronRadiography–J.Hinebaugh,J.Lee,andA.Bazylak(UniversityofToronto)

09:20 1489 Three-DimensionalStudiesonCompressedGasDiffusionLayersandtheWaterDistributioninOperatingFuelCellsUsingSynchrotronX-rayImaging–C.Tötzke(TechnischeUnversitätBerlin),I.Manke,T.Arlt,H.Markötter,A.Hilger,F.Wieder(Helmholtz-ZentrumBerlinfürMaterialienundEnergie),J.Bohner(ForschungszentrumJülich),W.Lehnert(ForschungszentrumJülichGmbH),G.Gaiselmann(UniversitätUlm),V.Schmidt(UlmUniversity),J.Haußmann,J.Scholta(ZentrumfürSonnenenergie-andWasserstoff-ForschungBadenWürttemberg),H.Riesemeier,A.Kupsch(BundesanstaltfürMaterialforschungund-prü-fung),andJ.Banhart(Helmholtz-ZentrumBerlin)

09:40 Intermission(20Minutes)10:00 1490 NeutronImagingPEMFCswith~1µmSpatial

Resolution–D.S.Hussey,D.Jacobson(NationalInstituteofStandardsandTechnology),B.Khaykovich(MassachusettsInstituteofTechnology),M.V.Gubarev(NASA),D.Spernjak,J.D.Fairweather,R.Mukundan,R.Lujan,andR.L.Borup(LosAlamosNationalLaboratory)

10:20 1491 3D-VisualizationofCathodeCatalystLayerinMEAofPolymerElectrolyteMembraneFuelCellbyX-rayComputedLaminographyXAFS–T.Saida(NatinalInsituteofNaturalSciencesInsituteforMolecularScience),O.Sekizawa(TheUniversityofElectro-Communications,Tokyo),N.Ishiguro(NatinalInsituteofNaturalSciencesInsituteforMolecularScience),K.Uesugi,M.Hoshino(JapanSynchrotronRadiationResearchInstitute,SPring-8,),T.Uruga(JASRI/SPring-8),S.Ohkoshi(DepartmentofChemistry,TheUniversityofTokyo),T.Yokoyama(NatinalInsituteofNaturalSciencesInsituteforMolecularScience),andM.Tada(InsituteforMolecularScience)

10:40 1492 ElectronTomographyBased3DReconstructionofFuelCellCatalystsandCatalystLayers–J.Jankovic(AutomotiveFuelCellCooperationCorp.),D.Susac(AFCC),T.Soboleva,andJ.Stumper(AutomotiveFuelCellCooperationCorp.)

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11:00 1503 ScreeningBalanceofPlantMaterialstoUnderstandtheireffectonFuelCellPerformance–H.N.Dinh(NationalRenewableEnergyLaboratory),M.Das(UniversityofSouthCarolina),K.Neyerlin(NationalRenewableEnergyLaboratory),M.S.Opu(UniversityofSouthCarolina),H.Wang,C.S.Macomber(NationalRenewableEnergyLaboratory),M.Ohashi,andJ.VanZee(UniversityofSouthCarolina)

11:20 1504 InvestigatingthePerformanceofCatalystLayerMicro-StructureswithDifferentPlatinumLoadings–M.KhakbazBaboli,D.B.Harvey,andJ.G.Pharoah(Queen’sUniversity)

11:40 1505 DevelopmentofUltra-LowPtAlloyCathodeCatalystforPEMFuelCells–B.N.Popov,T.Xie,T.Kim,W.Jung,A.Kriston,P.Ganesan(UniversityofSouthCarolina),andH.Kim(YonseiUniversity)


C-2.1 High Temperature PEMFC Membranes 1 – 08:00 – 12:00Co-Chairs: Deborah Jones and Akihiro Ohira

08:00 1506 SynthesisandPropertiesofHighTemperatureProtonExchangeMembranesBasedonPolybenzimidazolesContainingHydroxypyridine–L.ZhouandR.He(NortheasternUniversity)

08:20 1507 PolymerElectrolyteMembranesforFuelCellsofGraft-typesulfonatedPolybenzimidazoles–J.Park(TheUniversityofTokyo),M.Asano,Y.Maekawa(JapanAtomicEnergyAgency),andK.Kudo(TheUniversityofTokyo)

08:40 1508 PerformanceoftheHT-PEMMembraneElectrodeAssembly–H.Hjuler,T.Steenberg,C.Terkelsen,T.Holst,H.Garcia(DanishPowerSystems),andK.Cooper(Scribner,Inc.)

09:00 1509 PerformanceAnalysisofaHT-PEMFuelCellunderMechanicalCompressionControl–A.DiedrichsandP.Wagner(NEXTENERGY–EWE-ResearchCentreforEnergyTechnology)

09:20 1510 ThermogravimetricandSpectroscopicInvestigationoftheInteractionbetweenPolybenzimidazoleandPhosphoricAcid–A.Majerus,F.Conti,C.Korte,W.Lehnert,andD.Stolten(ForschungszentrumJülichGmbH)

09:40 Intermission(20Minutes)10:00 1511 Sulfonated-NanocompositesIncorporated

PolybenzimidazoleBasedPolymerElectrolyteMembranesforFuelCells–K.A.StewartandH.PalSinghMissan(UniversityoftheWestIndies)

10:20 1512 NovelPolybenzimidazole-PhosphoricAcidMembranesforFuelCellApplications–G.W.Yeager(GeneralElectric),L.Krishnan,E.Thomas,andT.Zhang(GEGlobalResearch)

10:40 1513 ANovel,EasytoSynthesize,AnhydrousDerivativeofPhosphoricAcidforUseasElectrolyteinH2/O2FuelCells–Y.Ansari,T.Tucker,andA.Angell(ArizonaStateUniversity)

11:00 1514 Non-HumidifiedFuelCellsUsingaProticIonicLiquidasElectrolyte–T.Yasuda,Y.Honda,R.Tatara,K.Dokko,andM.Watanabe(YokohamaNationalUniversity)

11:20 1515 ANon-humidifiedFuelCellUsingFluorohydrogenateIonicLiquid-PolymerCompositeMembranePreparedbyLivingRadicalPolymerization–P.Kiatkittikul,J.Yamaguchi,T.Nohira,R.Hagiwara,Y.Tsujii(KyotoUniversity),andT.Sato(TsuruokaNationalCollegeofTechnology)

11:40 1516 Intermediate-TemperatureFuelCellsUsinganAnhydrousProtonConductorAIII

0.5BV0.5P2O7

–P.Heo(SamsungAdvancedInstituteofTechnology),Y.Shen(NagoyaUniversity),M.Nagao(CaliforniaInstituteofTechnology),K.Kim,C.Pak,K.Choi,H.Chang(SamsungAdvancedInstituteofTechnology),andT.Hibino(NagoyaUniversity)


D-2.1 Pt-Based Cathode Catalysts 1 – 08:00 – 12:00Co-Chairs: Tatsuya Hatanaka and Rohit Makharia

08:00 1517 U.S.DepartmentofEnergyPolymerElectrolyteMembraneFuelCellCatalystDevelopmentActivities–T.G.Benjamin(ArgonneNationalLaboratory),K.Epping-Martin,N.L.Garland,D.L.Ho(U.S.DepartmentofEnergy),J.P.Kopasz(ArgonneNationalLaboratory),D.C.Papageorgopoulos(U.S.DepartmentofEnergy),andW.F.Podolski(ArgonneNationalLaboratory)

08:20 1518 PerformanceandDurabilityBenchmarkofAdvancedCathodeCatalysts,andDevelopmentTargetforPlatinumReductioninPEMFuelCellVehicles–R.Makharia,T.Greszler,andN.Subramanian(GeneralMotors)

08:40 1519 TheoreticalStudyonParticleSizeeffectofOxygenReductionReactiononPtCatalyst–Y.Kawamura(ToyotaMotorCorporation)andR.Jinnouchi(ToyotaCentralR&DLaboratory)

09:00 1520 TheParticleSizeEffectontheOxygenReductionReactionActivityofPtCatalysts:InfluenceofElectrolyteandRelationtoSingleCrystalModels–M.Nesselberger(UniversityofCopenhagen)

09:20 1521 SynthesisofPlatinumCatalystClustersandElectrochemicalInvestigationofStability–R.A.HackendornandA.V.Virkar(TheUniversityofUtah)

09:40 Intermission(20Minutes)10:00 1522 PtNanoparticlesDispersionInfluenceontheFuel

CellPerformance–M.Darab(NTNU),J.GómezdelaFuente,M.SkinloThomassen(SINTEF),andS.Sunde(NorwegianUniversityofScienceandTechnology)

10:20 1523 ElectrocatalyticBehaviorofTailoredShapePlatinumNanoparticles–S.Baranton,P.Urchaga,C.Coutanceau(UniversitédePoitiers),andG.Jerkiewicz(Queen’sUniversity)

10:40 1524 First-PrinciplesAnalysisoftheElectrocatalyticActivityofPt(100)SurfaceforOxygenReductionReaction–B.Han(DaeguGyeongbukInstituteofScienceandTechnology(DGIST)),V.Viswanathan(Stanforduniverity),andH.Pitsch(StanfordUniversity)

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A-2.2 Diagnostics – 14:00 – 18:00Co-Chairs: Xinyu Huang and Jian Xie

14:00 1538 ApplicationofImpedanceSpectroscopytoCharacterizePEMFuelCells–M.E.Orazem(UniversityofFlorida)

14:40 1539 PerformanceCharacterizationofPEMFuelCellStacksUsingACimpedanceSpectroscopy–J.O.Park,J.Yi,J.Kim,T.Song,andJ.Ko(SamsungAdvancedInstituteofTechnology)

15:00 1540 StudyonProtocolsforEvaluatingReactantGasTransportinCathodeCatalystLayersofPEFC–H.Yasuda,K.Kobayashi,A.Daimaru,andM.Hori(DaidoUniversity)

15:20 1541 AnOxygenFluxInterruptMethodandIn SituMicro-SensorforCharacterizingOxygenTransportinPEFCs–W.K.EptingandS.Litster(CarnegieMellonUniversity)

15:40 1542 MeasurementsofWaterVaporandCurrentDistributionsandPredictionofWaterCrossoverinPEMFCunderLow-HumidityConditions–K.Nishida,M.Asa(KyotoInstituteofTechnology),S.Tsushima,andS.Hirai(TokyoInstituteofTechnology)

16:00 Intermission(20Minutes)16:20 1543 In-planeLiquidWaterDistributionatthe

InterfaceBetweentheGasDiffusionLayerandCatalystLayerintheCathodeofaPolymerElectrolyteFuelCellwithaHybridPatternFlowField–H.Nakajima,T.Kitahara,Y.Takazono,S.Miyahara,andA.Shimizu(KyushuUniversity)

16:40 1544 SegmentedPEMFCwithSub-millimeterResolution–U.Shrivastava,A.Sarkar,andK.Tajiri(MichiganTechnologicalUniversity)

17:00 1545 UsingaNovelCurrentDistributionBoardtoUnderstandLocalWaterTransportinPEMFCs–V.Lilavivat,S.Shimpalee,J.VanZee(UniversityofSouthCarolina),C.Mittelsteadt,andH.Xu(GinerInc.)

17:20 1546 DesignofAnOpticalFiberSensorforIn SituMeasurementofTemperatureandWaterDropletDetectioninaPEMFuelCell–K.InmanandX.Wang(OaklandUniversity)

17:40 1547 CalculatingHydrogenMassTransportCoefficientsinaPEMFCatDifferentOperatingConditionsUsingaHydrogenPumpConfiguration–M.Angelo,K.Bethune,andR.Rocheleau(UniversityofHawaii)


B-2.2 Stack Structure/Components (2) – 14:00 – 15:20Co-Chairs: Doug Hansen and Kazuhiko Shinohara

14:00 1548 ManufacturingAll-PolymerLaminarFlow-BasedFuelCells–A.Hollinger(UIUC)andP.J.Kenis(UniversityofIllinoisatUrbana-Champaign)

14:20 1549 FabricatingandMeasuringLow-PlatinumContentHOR/HERGasDiffusionElectrodes–Y.Zhang,J.Wang(BrookhavenNationalLaboratory),Y.Hsieh(NationalChiaoTungUniversity),andR.R.Adzic(BrookhavenNationalLaboratory)

11:00 1525 AnalysisofPtOxideFormationonWorkingCathodeofPEFCbyOperando-XAFS–T.Hatanaka,K.Hiroshima,Y.Nishimura,T.Nonaka,K.Dohmae(ToyotaCentralR&DLabs.Inc.),R.Jinnouchi(ToyotaCentralR&DLaboratory),andY.Morimoto(ToyotaCentralR&DLabs.Inc.)

11:40 1526 TheeffectofPlatinumOxideGrowthonPlatinumStabilityinPEMFCs–E.L.Redmond,P.Trogadas,F.M.Alamgir,andT.F.Fuller(GeorgiaInstituteofTechnology)


E-2.1 Small Organic Molecule Oxidation in Acid – 08:00 – 12:00Co-Chairs: Bruno Pollet and Christophe Coutanceau

08:00 1527 ATernaryCatalystforDimethylEtherElectrooxidation–Q.Li,G.Wu,C.Johnston,andP.Zelenay(LosAlamosNationalLaboratory)

08:20 1528 PtDecoratedAmorphousRuIrAlloysasHighEfficiencyElectrocatalystfortheMethanolOxidationReaction–B.G.Pollet(HySASystemsCompetenceCentre)

08:40 1529 EthanolOxidationReactiononTandem-typePt/Rh/SnOxElectrocatalysts–H.Inoue,A.Haze,M.Chiku,andE.Higuchi(OsakaPrefectureUniversity)

09:00 1530 DevelopmentofHighPerformanceDirectFormicAcidFuelCellUsingHyperBranchedPolymerasaCatalystStabilizer–T.Tsujiguchi,M.Kojima,T.Iwakami,N.Nakagawa(GunmaUniversity),andK.Kojima(NissanChemicalIndustries,Ltd.)

09:20 1531 Carbon-TiO2CompositeNanofibersasaPromisingSupportforPtRuAnodeCatalystofDMFC–M.A.Abdelkareem,Y.Ito,T.Tsujiguchi,andN.Nakagawa(GunmaUniversity)

09:40 Intermission(20Minutes)10:00 1532 O2-EnhancedMethanolOxidationatPt-Ru-C

TernarySputteredElectrode–S.Shironita,M.Ueda,andM.Umeda(NagaokaUniversityofTechnology)

10:20 1533 EnhancementofCatalyticPropertiesfortheElectrooxidationofPolyolsonBi-ModifiedPtandPdNanoparticles–C.Coutanceau,S.Baranton,M.Simoes,andL.Demarconnay(UniversitédePoitiers)

10:40 1534 ElectrochemicalBehaviorandMorphologyofNanoCatalystforFuelCell:TheeffectofUltrasonicandMicrowaveTechniques–V.Tran,T.Doan,N.Duong,M.Le,andT.Nguyen(VietnamNationalUniversity)

11:00 1535 Novel3-DGraphiteOxide-NanoribbonSupportedMetalCatalystsforMethanolOxidationReaction–H.Wang,B.A.Kakade,T.Tamaki,H.Ohashi,andT.Yamaguchi(TokyoInstituteofTechnology)

11:20 1536 ReactionAnalysisofAlcoholElectro-oxidationatIntermediateTemperatures–J.Otomo,I.Shimada,F.Kosaka,K.Ishiyama,andY.Oshima(TheUniversityofTokyo)

11:40 1537 TheImpactofFormaldehydeandFormicAcidonMethanolElectrooxidationatPt-filmElectrode:ACombinedATR-FTIRS/DEMSStudy–R.Reichert,J.Schnaidt,Z.Jusys,andR.Behm(UlmUniversity)

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D-2.2 Pt-Based Cathode Catalysts 2 – 14:00 – 18:00Co-Chairs: Bryan Pivovar and Peter Strasser

14:00 1560 High-FidelitySimulationsofNano-StructuredThinFilm(NSTF)Catalysts–S.Kim,Z.Zhou(MichiganTechnologicalUniversity),andK.Moriyama(HondaR&D)

14:20 1561 DFTStudyofPtAlloyandPtThinFilmCatalystsfortheCathodeOxygenReductionReactioninPEMFuelCells–W.GoddardIII,Y.Sha,T.Yu,H.Tsai,B.V.Merinov(CaliforniaInstituteofTechnology),andP.Shirvanian(FordMotorCo.)

14:40 1562 DevelopmentofAlternatedCatalystLayerStructureforPEMFuelCells–W.MEI,T.Fukazawa,Y.Nakano,Y.Akasaka,andK.Naito(ToshibaCoporateR&DCenter)

15:00 1563 TheoreticalStudyoftheStructure,StabilityandOxygenReductionActivityofUltrathinPlatinumNanotubes–I.Matanovic,F.H.Garzon(LosAlamosNationalLaboratory),P.R.Kent(OakRidgeNationalLaboratory),andN.J.Henson(LosAlamosNationalLaboratory)

15:20 1564 OxygenReductionActivityofVapor-GrownPlatinumNanotubes–A.B.Papandrew,R.Atkinson,G.A.Goenaga,D.L.Wilson(TheUniversityofTennessee),S.S.Kocha,K.Neyerlin,J.W.Zack,B.S.Pivovar(NationalRenewableEnergyLaboratory),andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

15:40 1565 ActivityandDurabilityofPtExtendedNetworkElectrocatalystStructuresMadefromSpontaneousGalvanicDisplacement–K.Neyerlin,B.A.Larsen,S.S.Kocha,andB.S.Pivovar(NationalRenewableEnergyLaboratory)

16:00 Intermission(20Minutes)16:20 1566 ImportantRoleofCeriumOxideinOxygen

ReductionReactionatPt-CeOxNanocompositeElectrocatalystStudiedbyIn SituElectrochemicalXAFS–T.Masuda(NIMS),H.Fukumitsu,K.Fugane,H.Togasaki(NationalInstituteforMaterialsScience),D.Matsumura,K.Tamura,Y.Nishihata(JapanAtomicEnergyAgency),H.Yoshikawa,K.Kobayashi,T.Mori(NationalInstituteforMaterialsScience),andK.Uosaki(NIMS)

16:40 1567 EffectofSilicotungsticacidonCathodePerformanceinProtonExchangeMembraneFuelCells–P.Baker,H.R.Kunz,andL.Bonville(UniversityofConnecticut)

17:00 1568 AnalyzingtheeffectofUltra-LowPtLoadingonMassandSpecificActivityofPEMFuelCells–A.Kriston,T.Xie,T.Kim,W.Jung,P.Genesan,andB.N.Popov(UniversityofSouthCarolina)

17:20 1569 ImpactofPlatinumLoadingandCatalystLayerStructureonPEMFCPerformance–J.Owejan(GeneralMotorsElectrochemicalEnergyResearchLaboratory),J.Owejan,andW.Gu(GeneralMotors)

17:40 1570 Multi-StepOxygenReductionReaction(ORR)KineticsonPtincludingWaterActivation–B.Jayasankar,K.Karan,andD.B.Harvey(Queen’sUniversity)

14:40 1550 FabricationofBipolarPlatesBasedonGraphiteSheetviaStampingMethod–T.Park,I.Chang,Y.Lee,andS.Cha(SeoulNationalUniversity)

15:00 1551 ANovelLightweightPolymerElectrolyteFuelCellStackforRobotSystems–S.Hwang,J.Jang,G.Choi,S.Lee,O.Kwon,D.Lee,A.Bates,R.M.Ench(DaeguGyeongbukInstituteofScience&Technology),andS.Park(UniversityofLouisville)


C-2.2 Perfluorosulfonic Acid Membranes 2 – 14:00 – 17:40Co-Chairs: Hideki Nakagawa and Mark Edmundson

14:00 1552 CopolymericShort-LongSideChainPFSA/PTFECompositeMembraneswithHighIonExchangeCapacitiesforFuelCellApplications–Y.ZhangandY.Zhu(ShanghaiJiaoTongUniversity)

14:40 1553 EffectofThermalTreatmentonthePropertiesofUltra-ThinNafionFilm–D.K.Paul(Queen’sUniversity&Queen’s–RMCFuelCellResearchCentre)andK.Karan(Queen’sUniversity)

15:00 1554 RoleofChemical-MechanicalEnergiesinUnderstandingStructureandPropertiesofAgedandDegradedMembranes–A.KusogluandA.Weber(LawrenceBerkeleyNationalLaboratory)

15:20 1555 NumericalValidationofWaterTransportinPolymerElectrolyteMembranes–R.S.Fu,N.Khajeh-Hosseini-Dalasm,andU.Pasaogullari(UniversityofConnecticut)

15:40 1556 OntheDiffusionCoefficientofWaterinPolymerElectrolyteMembranes–T.Berning,A.Olesen,andS.K.Kær(AalborgUniversity)

16:00 Intermission(20Minutes)16:20 1557 AStudyonStructuralPropertyofIonomer

asAModelforCatalystLayer–A.Ohira(AIST),S.Kuroda(FuelCellCutting-EdgeCenter,TechnologyResearchAssociation),M.Yamaguchi,M.Barique,andH.Mohamed(uelCellCutting-EdgeCenter,TechnologyResearchAssociation)

17:00 1558 AcceleratedTestingofCarbonCorrosionandMembraneDegradationinPEMFuelCells–R.Mukundan(LosAlamosNationalLaboratory),G.James,D.Ayotte(BallardPowerSystems),J.Davey,D.Langlois,D.Spernjak,D.Torraco(LosAlamosNationalLaboratory),S.Balasubramanian,A.Weber(LawrenceBerkeleyNationalLaboratory),K.L.More(OakRidgeNationalLaboratory),andR.L.Borup(LosAlamosNationalLaboratory)

17:20 1559 DegradationofPerfluorosulfonicAcidMembraneWaterPermeanceviaFormationofSulfonicAcidAnhydrides–S.Clapham,F.D.Coms,T.Fuller,andL.Zou(GeneralMotorsCompany)

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Photoelectrochemical Cells and Biological Devices – 08:00 – 09:50Co-Chairs: Pawel Kulesza and Jae-Joon Lee

08:00 1749 PhotocatalyticHydrogenProductionfromSunlightviaTuningtheBandGapsUsingImpurities-DopingTechniques–H.Yun,S.Yu,andJ.Yi(SeoulNationalUniversity)

08:30 1750 FuelingVehicleswithSunandWater–K.E.Ayers,E.B.Anderson,K.Dreier(ProtonOnSite),andK.W.Harrison(NationalRenewableEnergyLaboratory)

09:00 1751 PhotobiologicalH2Production:TheoreticalMaximumLightConversionEfficiencyandStrategiestoAchieveit–M.L.Ghirardi(NationalRenewableEnergyLaboratory)

09:30 1752 VectorialEnzymeActivationatIlluminatedSemiconductor-Enzyme-ElectrolyteJunctions–K.Skorupska,H.Lewerenz(HelmholtzZentrumBerlin),andP.J.Kulesza(UniversityofWarsaw)

Photoelectrochemical Cells and Photocatalysts – 10:00 – 12:20Co-Chairs: Nick Wu and Hyunwoong Park

10:00 1753 ITONanowire-BasedPhotoelectrodesforExtremelyFastChargeCollection–J.Noh(KRICT-EPFLGlobalResearchLaboratory),J.Kim(KoreaInstituteofScience),G.Han(SungkyunkwanUniversity),H.Shin(KookminUniversiry),andH.Jung(SungkyunkwanUniversity)

10:20 1754 StraightforwardMeasurementofPhotoelectrodeMinorityCarrierDiffusionLength–A.J.Leenheer,R.A.Pala,andH.A.Atwater(CaliforniaInstituteofTechnology)

10:40 1755 SiliconBasedTandemCells:ANovelPhotocathodeforEfficientPECWaterSplitting–E.Murugasen,W.Calvet,B.Kaiser,andW.Jaegermann(TechnicalUniversityDarmstadt)

11:00 1756 EnhancementofPhotoactivityinHematiteFilmwithControlledMorphologyandTexturefromDirectSprayPyrolysisforSolarWaterSplitting–T.Yang,H.Kang,J.Lee,B.Koo,K.Nam,andY.Joo(SeoulNationalUniversity)

11:20 1757 PhotoelectrochemicalHydrogenProduction:InsightsonDisruptingtheStability/EfficiencyTrade-Off–T.Schiros(ColumbiaUniversity),J.Leisch,H.Ohldag(StanfordSynchrotronRadiationLightSource),H.Ogasawara(StanfordSynchrotronRadiationLightsource),M.Toney,A.Nilsson(StanfordSynchrotronRadiationLightSource),T.G.Deutsch(NationalRenewableEnergyLaboratory),W.Choi(LawrenceLivermoreNationalLaboratory),M.Mayer(UniversityofCalifornia,Berkeley),andJ.Turner(NationalRenewableEnergyLaboratory)


E-2.2 Materials and Fuels for Alkaline Systems – 14:00 – 18:00Co-Chairs: Zenonas Jusys and Elöd Gyenge

14:00 1571 BorohydrideElectrooxidation:NewInsightsBasedonanOldParadigm–S.Sun,Z.Jusys,andR.Behm(UlmUniversity)

14:40 1572 HydrazineElectrooxidationofNi-LaCatalystsforAnionExchangeMembraneFuelCells–T.Sakamoto,K.Asazawa(DaihatsuMotorCo.Ltd.),U.Martinez,B.Halevi,P.Atanassov(TheUniversityofNewMexico),K.Yamaguchi,N.Mizuno(UniversityofTokyo),D.Matsumura,Y.Nishihata(JapanAtomicEnergyAgency),andH.Tanaka(DaihatsuMotorCo.Ltd.)

15:00 1573 EffectofCarbonateIonSpeciesonPowerGenerationCharacteristicsofAnionExchangeMembraneFuelCell–S.Suzuki,H.Muroyama,T.Matsui,andK.Eguchi(KyotoUniversity)

15:20 1574 InvestigationsoftheAnodicOxidationofEthanolunderForcedConvectionandAmbientConditions–J.O.Meier,C.Cremers(FraunhoferICT),U.Stimming(TechnischeUniversitätMünchen),andJ.Tübke(FraunhoferICT)

15:40 1575 DevelopmentofaSwiss-RollMixed-ReactantFeedDirectBorohydrideFuelCell–A.Aziznia,C.W.Oloman,andE.L.Gyenge(TheUniversityofBritishColumbia)

16:00 Intermission(20Minutes)16:20 1576 DirectBorohydrideFuelCells:AProgressReview

fromElectrocatalysistoNovelMixedReactantFuelCellDesign–E.L.Gyenge(TheUniversityofBritishColumbia)

17:00 1577 ImprovementofPropertiesofAnionExchangeMembranesforFuelCellApplicationsbyControllingWaterState–H.Jung,H.Ohashi,T.Tamaki,andT.Yamaguchi(TokyoInstituteofTechnology)

17:20 1578 BoronandPhosphorusCo-DopedGrapheneasMetal-FreeCatalystsforOxygenReductionReactioninAlkalineMedium–G.JoandS.Sangaraju(DaeguGyeongbukInstituteofScience&Technology)

17:40 1579 HydroxideBasedDecompositionofFunctionalizedBenzyltrimethylammoniumCations–C.S.Macomber(NationalRenewableEnergyLaboratory),H.Long,E.Gjersing,C.Engtrakul(NationalRenewableEnergyLab),C.Lyiza,Y.Yang,D.Knauss(ColoradoSchoolofMines),andB.S.Pivovar(NationalRenewableEnergyLaboratory)

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• 1769 SynthesisandElectrochemicalPropertiesofPlatinum-BasedFilmsUsedasCathodeMaterialsintheDye-SensitizedSolarCells–P.Hien,L.M.Phung,N.T.Hoang,andN.T.Thoa(VietnamNationalUniversity)

• 1770 ThePropertiesAccordingtoPoreFormerwithSOFCUnitCellUsingDecalcomaniaMethod–M.Lee,B.Kim,B.Choi,andS.Kim(KoreaInstituteofCeramicEngineeringandTechnology)

• 1771 SolarHydrogenGenerationatPre-StructuredSiliconPhotocathodesActivatedbyBimetallicNanoparticles–M.Lublow(Fritz-Haber-InstituteoftheMax-Planck-Society),C.Merschjann,andT.Schedel-Niedrig(Helmholtz-Centre-BerlinforMaterialsandEnergy)

• 1772 UnderstandingtheReactionMechanismintheSugar-AirFlowBattery–S.Li(UniversityofHawaiiatManoa),D.Scott(BrighamYoungUniversity–Hawaii),andB.Liaw(UniversityofHawaiiatManoa)

• 1773 CatalyticReductionofCarbonDioxidetoCarbonMonoxideUsingtheRhenium(I)Complex(5,5’-Bisphenylethynyl-2,2’-Bipyridyl)Re(CO)3Cl–E.Portenkirchner,K.Oppelt,C.Ulbricht,D.A.Egbe,H.Neugebauer,G.Knör,andN.Sariciftci(JohannesKeplerUniversityLinz)

• 1774 NewPolyethyleneBasedAnionExchangeMembranes(PE-AEMs)withHighIonicConductivity–M.Zhang,H.Kim,E.Chalkova,F.Mark,S.N.Lvov,andT.Chung(ThePennsylvaniaStateUniversity)

• 1775 Ruthenium-BasedMaterialsforOxygenandHydrogenEvolutionCatalysisinPhotoelectrochemicalApplications–Y.Chang,J.M.Kaneshiro,andN.M.Gaillard(UniversityofHawaiiatManoa)

• 1776 MembranesforSolarWaterSplittingDevices–S.Ardo(CaliforniaInstituteofTechnology),M.McDonald(UniversityofManitoba),S.Park,M.DiFranco(CaliforniaInstituteofTechnology),M.Freund(UniversityofManitoba),andN.S.Lewis(CaliforniaInstituteofTechnology)

• 1777 ANon-CombustibleProcessforGeneratingEnergyfromBio-Waste–A.Kumar,V.Kamavaram,V.Veedu,andK.Cheung(OceanitLaboratoriesInc)

• 1778 ElectrochemistryofMolybdenumandItsOxidesforCIGSSolarCells–V.S.Saji,S.Lee,Y.Yeon,andC.Lee(KoreaUniversity)

• 1779 Interhalogen-BasedBinary-RedoxCouplesforHigh-VoltageSolarCells–N.C.DebNath,S.Sarker,H.Lee,andJ.Lee(KonkukUniversity)

• 1780 DevelopmentofanArtificialCo-EnzymeforFormateDehydrogenosewiththeFunctionofCO2Reduction–S.IkeymaandY.Amao(OitaUniversityDannoharu)

• 1781 PhotoelectrochemicalDehydrogenationofAmmoniaBoranewithPt/n-Si–H.Inoue,C.Matsuda,M.Shimada,M.Chiku,andE.Higuchi(OsakaPrefectureUniversity)

• 1782 TheActivityofAsh-freeCoalinDirectCarbonFuelCells–H.Ju,J.Kim(GwangjuInstituteofScienceandTechnology),J.Lee(GwangjuInstituteofScience&Technology(GIST)),S.Lee,R.Song(KoreaInstituteofEnergyResearch),andJ.Lee(GwangjuInstituteofScience&Technology(GIST))

11:40 1758 PhotoelectrosyntheticHydrogenEvolutionfromFree-StandingSiliconMicrowireArrays–S.Ardo,E.L.Warren,S.Park,B.S.Brunschwig,H.A.Atwater,andN.S.Lewis(CaliforniaInstituteofTechnology)

12:00 1759 Visible-Light-AbsorbingPolyoxometalatesasBuildingBlocksforAll-InorganicPhotosyntheticAssemblies–R.Nakamura,T.Takashima,A.Yamaguchi,andK.Hashimoto(TheUniversityofTokyo)

Keynote Speech on Electrochemical Devices and Fuels – 14:00 – 16:00Co-Chairs: Xiao-Dong Zhou and Nick Wu

14:00 1760 ReversibleFuelCellsforPowerGenerationandFuelProduction–A.V.Virkar(TheUniversityofUtah)

14:40 1761 IntegrativeMultiphysicsDevelopmentofMaterialSystemsforaRenewableFuture:TheHeteroFoaMStory–K.Reifsnider(UniversitySouthCarolina),Y.Du(UniversityofSouthCarolina),W.K.Chiu(UniversityofConnecticut),andK.Brinkman(SavannahRiverNationalLaboratories)

15:20 1762 SolidOxideFuelCellSystemsforSmallScalePowerGeneration–S.C.Singhal(ChinaUniversityofMiningandTechnology)andX.Zhou(UniversityofSouthCarolina)

Keynote/Invited Speech on Eelctrochemical Devices and Fuels – 16:20 – 17:40Co-Chair: Wilson Chiu

16:20 1763 DesignandPreparationofPtNanocatalystsofHighSurfaceEnergyforEfficientEnergyConversionofSmallOrganicMoleculeFuelsinDirectFuelCells–S.Sun,R.Huang,S.Chen,Z.Liu,Z.Zhou,L.Huang,N.Tian,Y.Jiang,andY.Cai(XiamenUniversity)

17:00 1764 ReversibleSolidOxideFuelCells:StatusandTechnologyDevelopmentChallenges–N.Q.Minh(UniversityofCalifornia,SanDiego)


B10 – Poster Session – Renenable Energy and Fuels – 18:00 – 20:00Co-Chairs: Nick Wu and Xiao-Dong Zhou

• 1765 MicroscopicPropertiesofIII-VSemiconductorPhotocathodesattheInterfacewithWater–B.C.Wood,W.Choi,E.Schwegler,andT.Ogitsu(LawrenceLivermoreNationalLaboratory)

• 1766 StructuralandPhotoelectrochemicalEvaluationofNano-TexturedSn-DopedAgInS2FilmsPreparedbySprayPyrolysis–Q.ChengandC.K.Chan(ArizonaStateUniversity)

• 1767 PhotoelectrochemicalHydrogenProductionfromSiliconNanostructures–S.Hwang,J.Kye(MyongjiUniversity),andI.Oh(KumohNationalInstituteofTechnology)

• 1768 LoweringOverpotentialofElectrochemicalReductionofCO2–W.Shin,D.Saravanakumar,andJ.Song(SogangUniversity)

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• 1797 ImpactofNitrogenTreatmentontheElectronicandChemicalStructureofGaInP2Thin-FilmSurfaces–M.G.Weir,K.E.George(UniversityofNevada),T.G.Deutsch,A.Welch(NationalRenewableEnergyLaboratory),R.G.Wilks(HelmholtzZentrumBerlin),D.C.Hanks,M.Blum(UniversityofNevada),W.Yang(LawrenceBerkeleyNationalLaboratory),M.Bär(HelmholtzZentrumBerlin),L.Weinhardt(UniversityofNevada),J.A.Turner(NationalRenewableEnergyLaboratory),andC.Heske(UniversityofNevada)

• 1798 ACeramic-AnodeSupportedLowTemperatureSolidOxideFuelCell–H.Ding,J.Ge,andX.Xue(UniversityofSouthCarolina)

• 1799 ElectrochemicalDecompositionofUreawithNi-BasedCatalysts–W.Yan,D.Wang,andG.G.Botte(OhioUniversity)

• 1800 TransportPhenomenainAcid-AlkalineMembraneBi-CellConfigurationsforPortablePowerSources–K.N.GrewandD.Chu(U.S.ArmyResearchLaboratory)

• 1801 EffectofPhotodepositedMetalCatalystsonOxygenEvolutionatWell-DefinedTiO2(110)Surfaces–M.A.Rigsby,G.E.Alliger,andG.M.Brown(OakRidgeNationalLaboratory)

• 1802 RenewableFuelsforSOFCs:FuelFlexibilitybyGradualInternalReforming–S.Georges,N.Bailly,M.Steil(LEPMI),F.Fonseca,S.D.Nobrega(IPEN),J.Viricelle,A.Hadjar(EMSE),andP.Gélin(IRCELYON)

• 1803 TheCo2pOxidationStateinCo-PICatalysts–M.RichterandD.Schmeißer(BrandenburgUniversityofTechnology)

• 1804 QuasiFermiEnergyTuningofCarbonNanotubesforSolarCells–N.C.DebNath,S.Sarker,H.Lee,andJ.Lee(KonkukUniversity)

• 1805 PhotocatalyticReductionofCO2UsingShapeControlledAnataseTiO2withCo-CatalystLoading–D.Saruwatari(KyusyuInstituteofTechnology),N.Murakami,andT.Ohno(KyushuInstituteofTechnology)

• 1806 CO2ReductiononTinOxide-BasedCatalysts–Y.ChenandM.Kanan(StanfordUniversity)

• 1807 FabricationandCharacterizationofMetal/CeramicCompositeElectrodesforNewElectrochemicalCells–A.Lapina,C.Chatzichristodoulou,P.Holtappels,andM.Mogensen(TechnicalUniversityofDenmark)

• 1808 PhotoelectrochemicalActivityofHematiteNanowireArraysSynthesizedUsingPlasmas–H.B.Russell(UniversityofLouisville),U.Cvelbar(JosefStefanInstitute),J.B.Jasinski(UniversityofLouisville),T.G.Deutsch(NationalRenewableEnergyLaboratory),andM.K.Sunkara(UniversityofLouisville)

• 1783 In SituFTIRAnalysisofCO2ElectrochemicalReductionatCopperElectrodes–M.Ren,E.Andrews,andJ.Flake(LSU)

• 1784 TheoreticalCharacterizationofAmmoniaOxidationIntermediatesandProductsonPlatinumClusters–D.A.DaramolaandG.G.Botte(OhioUniversity)

• 1785 EvaluationofCurrentEfficiencyofSOECUsingPreciseOn-LineGasAnalysis–Y.Tanaka(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Nakamura(TokyoUniversityofScience),K.Sato,K.Nozaki,T.Kato,andA.Yamamoto(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 1786 MetalTungstatesasOxygenEvolutionCatalysts–H.Jia(ToyotaResearchInstituteofNorthAmerica),T.Sekito(ToyotaMotorCorporation),J.Stark,L.Zhou,andL.Chen(ToyotaResearchInstituteofNorthAmerica)

• 1787 ModifiedFe2O3PhotoanodesPreparedbyPulseElectrodeposition–W.J.Lee,P.Shinde,andG.Go(KoreaElectrotechnologyResearchInstitute)

• 1788 PolycrystallineCu(In,Ga)Se2ThinFilmsandPVDevicesSputteredfromaBinaryTargetwith-outAdditionalSelenization–P.Liu(NationalChiaoTungUniversity),B.B.Jheng,andM.Wu(NationalTsingHuaUniversity)

• 1789 TheoreticalInvestigationsofTransitionMetalNano-ClustersforElectrochemicalNH3Production–J.G.HowaltandT.Vegge(TechnicalUniversityofDenmark)

• 1790 CholineChlorideEnhancementofCarbonDioxideReductiononPlatinumCatalysts–W.Zhu,B.Rosen,A.Salehi-Khojin,andR.Masel(DioxideMaterialsInc.)

• 1791 StructureSensistivityofCO2ConversiononEMIM-BF4SilverCo-CatalystSystem–A.Salehi-khojin,B.Rosen,W.Zhu,andR.Masel(DioxideMaterialsInc.)

• 1792 BasicStudyofAlkalineWaterElectrolysis–A.Manabe(ChlorineEngineersCorp.Ltd.),T.Hashimoto,M.Kashiwase(ChlorineEngineersCorp.,Ltd.),M.Kurosaki,T.Hayashida,K.Hirao(PermelecElectrodeLtd.),I.Shimomura,andI.Nagashima(KawasakiHeavyIndustries,Ltd.)

• 1793 CO2ReductionatGlassyCarbonElectrodeinthePresenceofPyridine–J.Agullo,M.Morin,andD.Bélanger(UniversitéduQuébecàMontréal)

• 1794 CuMonolayeronAu/CandPt/CfortheElectrochemicalReductionofCO2toHydrocarbons–I.L.Escalante-Garcia,J.S.Wainright,andR.F.Savinell(CaseWesternReserveUniversity)

• 1795 Ti-DopedHematiteNanostructuresforSolarWaterSplittingwithHighEfficiency–J.Deng,J.Zhong,A.Pu,D.Zhang,andX.Sun(SoochowUniversity)

• 1796 ElectrochemicalSynthesisofDisorderedThree-DimensionalCuprousOxide(Cu2O)FilmandItsPhotoelectrochemicalProperties–S.Yoon(HanyangUniversity),M.Kim,J.Lim,K.Lee(KoreaInstituteofMaterialsScience),andB.Yoo(HanyangUniversity)

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14:20 1841 DevelopmentofHighCapacityPositiveElectrodeMaterialforSodiumIonBattery–R.Kataoka,T.Mukai,K.Nakatani,A.Yoshizawa(NationalInstituteofAdvancedIndustryofScienceandTechnology),andT.Sakai(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

14:40 1842 Na-IonIntercalationCathodewithHighRateandExcellentStructuralStability–D.Lee,J.Xu,andY.Meng(UniversityofCaliforniaSanDiego)

15:00 1843 NanostructuredNa-IonFull-Cells–S.Tepavcevic,H.Xiong,C.J.Johnson,andT.Rajh(ArgonneNationalLaboratory)

15:20 Intermission(20Minutes)15:40 1844 SodiumManganeseOxideThinFilmCathodes:

CharacterizationofaNa-IonIntercalationModelSystem–L.Baggetto,C.A.Bridges,R.R.Unocic(OakRidgeNationalLaboratory),F.Delnick(SandiaNationalLaboratory),N.J.Dudney,andG.M.Veith(OakRidgeNationalLaboratory)

16:00 1845 PhaseChangeofNaFeO2duringElectrochemicalNaIntercalationandDeintercalation:AnIn SituX-rayDiffractionStudy–N.Takeichi(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Kuratani(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),M.Yao,M.Tabuchi(NationalInstituteofAdvancedIndustrialScienceandTechnology),andT.Kiyobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

16:20 1846 MicrostructureEvolutionwithElectrochemicalDesodiationProcessinNaxMnO2–X.Li,X.Ma,A.J.Toumar,S.Ong,andC.Gerbrand(MassachusettsInstituteofTechnology)

16:40 Intermission(20Minutes)17:00 1847 NovelCathodeMaterialsofSodium-Containing

MetalPhosphatesasHighlyVoltageSodium-IonBatteries–M.Nose,H.Nakayama,K.Nobuhara,S.Nakanishi,andH.Iba(ToyotaMotorCorporation)

17:20 1848 StructuralInvestigationofNaCrO2asaPositiveElectrodeforRechargeableSodiumBatteryUsingMoltenNaFSA-KFSA–C.Chen,K.Matsumoto,T.Nohira,R.Hagiwara(KyotoUniversity),K.Numata,E.Itani(SumitomoElectricIndustries,Ltd.),A.Fukunaga(KyotoUniversity),S.Sakai,K.Nitta,andS.Inazawa(SumitomoElectricIndustries,Ltd.)


B11 – Poster Session – 18:00 – 20:00Co-Chair: Christopher Johnson

• 1849 ElectrochemicalPropertiesofSn-BasedElectrodesforNa-IonBatteries–Y.Matsuura,T.Ishikawa,W.Murata,N.Yabuuchi(TokyoUniversityofScience),S.Kuze(SumitomoChemicalCo.,Ltd.),andS.Komaba(TokyoUniversityofScience)

• 1850 NaInsertionMechanisminAlphaNaFeO2asPositiveElectrodeMaterialsforNa-IonBatteries–H.Yoshida,N.Yabuuchi,andS.Komaba(TokyoUniversityofScience)

B11Sodium BatteriesBattery/EnergyTechnology/HighTemperatureMaterialsLehua, Kalia Conference Center, Hilton Hawaiian Village

Na Batteries – 08:00 – 10:00Co-Chair: Christopher Johnson

08:00 IntroductoryRemarks(10Minutes)08:10 1831 SodiumIonBatteriesforGridApplications–M.

M.Doeff,M.Shirpour,andJ.Cabana(LawrenceBerkeleyNationalLaboratory)

08:40 1832 TowardstheDevelopmentoftheNa-IonTechnology:InSearchofSuitableElectrodesandElectrolytes–A.Ponrouch,P.Senguttuvan,E.Marchante(ICMAB-CSIC),M.Courty,J.Tarascon(LRCS),andM.Palacin(ICMAB-CSIC)

09:10 1833 UnderstandingtheDifferenceinIntercalationBehaviorbetweenLayeredNa-andLi-TransitionMetalOxides–S.Kim,X.Ma,S.Ong,andG.Ceder(MassachusettsInstituteofTechnology)


Na-Ion Batteries – Cathodes I – 10:00 – 12:30Co-Chairs: Marca Doeff and M. Rosa Palacin

10:00 1834 P2-typeNa2/3[Fe1/2Mn1/2]O2MadefromEarth-AbundantElementsforHigh-EnergyNa-IonBatteries–N.Yabuuchi,M.Kajiyama,Y.Yamada,andS.Komaba(TokyoUniversityofScience)

10:30 1835 StructureandElectrochemistryofNaxFexMn1-xO2Na-IonCathodeMaterials–J.S.Thorne,R.A.Dunlap,andM.N.Obrovac(DalhousieUniversity)

10:50 1836 LayeredNa1-xLixNi0.5Mn0.5O2ElectrodeswithO3-andP2-CompositeStructureforNa-IonBatteries–E.Lee,D.Kim,M.Slater,S.Rood,V.Maroni,D.Bass(ArgonneNationalLaboratory),S.Hackney(MichiganTechnologicalUniversity),andC.S.Johnson(ArgonneNationalLaboratory)

11:10 Intermission(20Minutes)11:30 1837 AStudyoftheReactivityofDe-Intercalated

NaNi0.5Mn0.5O2withNon-AqueousSolventandElectrolytebyAcceleratingRateCalorimetry–X.XiaandJ.Dahn(DalhousieUniversity)

11:50 1838 CathodePropertiesofDisodiumRhodizonateforSodiumSecondaryBattery–K.Chihara,N.Chujo,A.Kitajou,E.Kobayashi,andS.Okada(KyushuUniversity)

12:10 1839 ElectrochemicalBehaviorofOlivineFePO4CathodeMaterialforNa-IonBatteries–P.Kubiak,M.Casas-Cabanas,V.Roddatis,J.Carretero-Gonzalez,D.Saurel,andT.Rojo(CICEnergigune)

Na-Ion Batteries – Cathodes II – 14:00 – 17:40Co-Chairs: Mark Obrovac and Shinichi Komaba

14:00 1840 FirstPrinciplesInvestigationsoftheElectrochemicalPropertiesofSodium-IonCathodeMaterials–A.J.Toumar,W.D.Richards,S.Kim,X.Ma,X.Li,S.Ong,andG.Ceder(MassachusettsInstituteofTechnology)

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11:20 1922 ElectricalPerformanceofLa-SubstitutedSrTiO3AnodeMaterialwithDeficientinA-Site–G.Chen,H.Kishimoto,K.Yamaji,K.Kuramoto,andT.Horita(NationalInstituteofAdvancedIndustrialScienceandTechnology)

11:40 1923 InfiltratedNi-ScYSZFuel-ElectrodeswithImprovedCarbonandSulfurTolerance–C.Graves,S.Ricote,andT.Ramos(TechnicalUniversityofDenmark)

SOFC Cathodes – 14:00 – 18:20Co-Chairs: Olga Marina and Fanglin Chen

14:00 1924 SynergyEffectsofPr2NiO4andBa(La)CoO3onCathodicActivityforIntermediateTemperatureSolidOxideFuelCells–T.Ishihara,J.Xie,Y.Ju,andS.Ida(KyushuUniversity)

14:40 1925 ElectrochemicalStudyonLSCFCathodeReactionasaFunctionofMicrostructure,TemperatureandOxygenPartialPressure–D.Marinha,L.Dessemond,andE.Djurado(CNRS-GrenobleINP-UDS-UJF)

15:00 1926 EffectsofStrontiumDopantConcentrationontheOxygenReductionReactionRateLimitingStepsinLaxSr1-xCo0.2Fe3-δCathodes–A.Dynkin,S.Basu,U.B.Pal,andS.Gopalan(BostonUniversity)

15:20 1927 ControlofActivityandStabilitybyTailoringMicrostructureofElectrocatalyst-ModifiedCompositeCathodeofSOFC–S.Lee,P.Ohodnicki,andK.Gerdes(U.S.DepartmentofEnergy)

15:40 1928 CharacterizationandModelingofInfiltratedSOFCCathode–X.Liu,Y.Li,M.Gong(WestVirginiaUniversity),K.Gerdes(U.S.DepartmentofEnergy),R.Gemmen(NationalEnergyTechnologyLab),R.Pakalapati,I.Celik(WestVirginiaUniversity),andT.Horita(NationalInstituteofAdvancedIndustrialScienceandTechnology)

16:00 Intermission(20Minutes)16:20 1929 AbInitioBasedModelingofLaMnO3±δDefect

ChemistryforSolidOxideFuelCellCathodes–Y.Lee(MassachusettsInstituteofTechnology)andD.Morgan(UniversityofWisconsin-Madison)

16:40 1930 A-SiteDiffusioninLa1-xSrxMnO3:AbInitioandKineticMonteCarloCalculations–B.Puchala(UniveristyofWisconsin-Madison),Y.Lee(MassachusettsInstituteofTechnology),andD.Morgan(UniversityofWisconsin-Madison)

17:00 1931 InfluenceofWaterVaporonSulfurDistributionWithinLa0.6Sr0.4Co0.2Fe0.8O3Cathode–F.Wang,K.Yamaji,D.Cho,T.Shimonosono,M.Nishi,H.Kishimoto,M.Brito,T.Horita,andH.Yokokawa(NationalInstituteofAdvancedIndustrialScienceandTechnology)

17:20 1932 ElectrochemicalOperationofLa(Ni,Fe)O3underCr-PoisoningConditions–M.K.Stodolny(EnergyResearchCentreoftheNetherlands),B.A.Boukamp,D.H.Blank(UniversityofTwente),andF.P.VanBerkel(EnergyResearchCentreoftheNetherlands)

17:40 1933 NonlinearElectrochemistryImpedanceSpectroscopyandItsApplications–N.Xu,J.Riley,andJ.A.Kilner(ImperialCollegeLondon)

• 1851 Synthesis,CharacterizationsandElectrochemicalStudiesofNa2Ti6O13forSodiumIonBatteries–N.Trinh(UniversitéduQuébecàMontréal),O.Crosnier(UniversityofNantes),S.Schougaard(UniversitéduQuébecàMontréal),andT.Brousse(UniversityofNantes)


SOFC Electrolytes – 08:00 – 10:00Co-Chairs: Tatsumi Ishihara and Srikant Gopalan

08:00 1913 Open-CircuitVoltageAnomaliesinDenseBilayeredElectrolytes:ExplanationandImplications–K.Duncan(UniversityoftheWestIndies)andE.D.Wachsman(UniversityofMaryland)

08:20 1914 ConductivityofNewElectrolyteMaterialPr1-xM1+xInO4(M=Ba,Sr)withRelatedPerovskiteStructureforSolidOxideFuelCells–X.Li,H.Shimada,andM.Ihara(TokyoInstituteofTechnology)

08:40 1915 FabricationandCharacterizationofNanosized(DyO1.5)x(WO3)y(BiO1.5)1-x-yforLowerTemperatureSOFCApplication–A.A.Lidie,K.Lee,andE.D.Wachsman(UniversityofMaryland)

09:00 1916 InvestigationofElectrolyteandElectrodeEffectsonGDCElectrolytebyElectrochemicalImpedanceSpectroscopy–L.Zhang,F.Liu,andA.V.Virkar(TheUniversityofUtah)

09:20 1917 MappingThermodynamicsandKineticsofOxygenVacanciesinFuelCellElectrolytesontheNanoscale–S.Jesse,A.Kumar,M.D.Biegalski(OakRidgeNationalLaboratory),A.Morozovska,E.Eliseev(NationalAcademyofScienceofUkraine),F.Ciucci(TheHongKongUniversityofScienceandTechnology),andS.Kalinin(OakRidgeNationalLaboratory)


SOFC Anodes – 10:00 – 12:00Co-Chairs: Elisabeth Djurado and Kazunari Sasaki

10:00 1918 EffectofSulfurPoisoningonExchangeCurrentDensityofSOFCAnodes–T.Hosoi,T.Yonekura,T.Yoshizumi(KyushuUniversity),Y.Tachikawa,S.Taniguchi(InternationalResearchCenterforHydrogenEnergy),Y.Shiratori,andK.Sasaki(KyushuUniversity)

10:20 1919 ThinFilmCeriaBasedAnodesforaSingleDirectCarbonFuelCell–M.G.Werhahn,O.Schneider,andU.Stimming(TechnischeUniversitätMünchen)

10:40 1920 AnodeMaterialsandDesignforLowerTemperature,Hydrocarbon-FueledSolidOxideFuelCells–C.Gore,K.Lee,H.Yoon,andE.D.Wachsman(UniversityofMaryland)

11:00 1921 DegradationInducedbySinteringofNi-YSZAnodeinSOFCs–Y.Lee,H.Muroyama,T.Matsui,andK.Eguchi(KyotoUniversity)

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• 1947 ProtonConductioninCsH(PO3H)underDryorHumidConditions–M.Nagao,A.Ikeda,andS.M.Haile(CaliforniaInstituteofTechnology)

• 1948 StructureandElectrochemicalPropertyofVariousValenceMetalIonCo-dopedScandiaStabilizedZirconia–N.Sonoyama,M.Ikeda,Y.Ota(NagoyaInstituteofTechnology),N.Imanishi,A.Hirano,Y.Takeda,andO.Yamamoto(MieUniversity)

• 1949 FabricationofaMicro-tubularBi-LayeredMembranebyElectrophoreticDeposition–K.Lee,J.Seo,J.Yoon,andH.Hwang(InhaUniversity)

• 1950 AnalysisofElectricalConductionMechanismofLaNi1-xMxO3-δ(M=Fe,Mn)–E.Niwa,H.Maeda,C.Uematsu,andT.Hashimoto(NihonUniversity)

• 1951 OxygenTransportPropertiesofAldopedLa2NiO4+δ–S.Jeon,M.Choi,H.Im,andS.Song(ChonnamNationalUniversity)

• 1952 TransportPropertiesoftheProtonConductingBaCe0.45Zr0.4Y0.15O3-δ–D.Lim,M.Choi,H.Im,K.Lee,andS.Song(ChonnamNationalUniversity)

• 1953 PerformanceofBaCe0.85Y0.15O3-δElectrolytefortheProtonConductingCeramicFuelCells–K.Lee,M.Choi,D.Lim,andS.Song(ChonnamNationalUniversity)

• 1954 MolecularDynamicsSimulationonOxygenIonDiffusioninLaInO3-δPerovskiteStructureDopedwithBaandSr–S.Jeong,K.Hwang(KoreaInstituteofCeramicEngineeringandTechnology),M.Yoon,andH.Hwang(InhaUniversity)

• 1955 HydrothermalSynthesisand3D-ArrangementofCeO2Nanocrystals–K.Kobayashi,M.Haneda,andM.Ozawa(NagoyaInstituteofTechnology)

• 1956 ThinFilmElectrodesforLi-IonBatteries:ImprovedElectrochemicalPropertiesandMechanismStudy–Z.Cui,P.Yu,andX.Guo(ChineseAcademyofSciences)

• 1957 ANovelAll-Solid-StateLithium-IonBatterywithIn SituFormedNegativeElectrodeMaterial–Y.Amiki,F.Sagane,andY.Iriyama(ShizuokaUniversity)

• 1958 IonicandElectronicConductivityinTellurideGlassSystems:InterfacialMaterialsforAll-Solid-StateDevices–I.Alekseev(St.PetersburgUniversity),E.Bychkov,D.LeCoq,M.Kassem,M.Fourmentin(UniversityofLittoral),andT.Usuki(YamagataUniversity)

• 1959 MechanisticStudyoftheElectrochemicalPromotionofCatalysisUsingIsotopicExchange–M.Tsampas,F.Sapountzi,A.Boréave,andP.Vernoux(CNRS)

• 1960 DefectChemistryandTransportPropertiesinMnO2Nanowires–B.C.Solomon,J.Wu(UniversityofSouthCarolina),E.Thomsen(PacificNorthwestNationalLaboratory),J.Yang(BeijingUniversity),andX.Zhou(UniversityofSouthCarolina)

18:00 1934 UltraSmallAngleX-rayScatteringStudiesofSolidOxideFuelCellCathodePowders–K.Chang,B.Ingram,M.Hopper,J.Ilavsky,andH.You(ArgonneNationalLaboratory)


B12 – Poster Session – 18:00 – 20:00Co-Chairs: Eric Wachsman, John Kilner, Enrico Traversa, and Shu Yamaguchi

• 1935 In SituExaminationofOxygenKineticsinLa1-xSrxCoO3-δThinFilmsatIntermediateandLowTemperaturesbyX-rayDiffraction–M.D.BiegalskiandS.V.Kalinin(OakRidgeNationalLaboratory)

• 1936 PreparationofA2BB’O6OxidesbyPechiniMethodforSolidOxideFuelCells–S.Kim,A.Dorai,D.Seo,I.Han,J.Yu,S.Kim,J.Joo,andS.Woo(KoreaInstituteofEnergyResearch)

• 1937 CrystalStructureandElectricalPropertiesofAl-DopedLanthanumSilicateSolidElectrolytes–T.Funahashi,A.Mineshige,H.Mieda,Y.Daiko(UniversityofHyogo),H.Yoshioka(HyogoPrefecturalInstituteofTechnology),andT.Yazawa(UniversityofHyogo)

• 1938 PowerGenerationofRechargeableDirectCarbonFuelCellswithBatch-typeChargingSystem–H.Tanaka,A.Yabuki,X.Li,andM.Ihara(TokyoInstituteofTechnology)

• 1939 AComparativeStudyonMicrostructuralChangeofLSM/SDCandLSCF/SDCInterfaces–M.Komoto,H.Muroyama,T.Matsui,andK.Eguchi(KyotoUniversity)

• 1940 StudyofLa0.1Sr0.9Co0.8Fe0.2O3-δforCeria-BasedIT-SOFCCathode–M.Choi,H.Im,K.Lee,andS.Song(ChonnamNationalUniversity)

• 1941 EvaluationofYandFeCo-DopedSrTiO3asAnodeMaterialforSOFC–H.Im,M.Choi,S.Jeon,andS.Song(ChonnamNationalUniversity)

• 1942 ResistivityandInterfacialPropertiesofCGO-YSZBilayersinSolidOxideFuelCells–J.Hjelm,P.Hjalmarsson,K.Brodersen,andS.Foghmoes(TechnicalUniversityofDenmark)

• 1943 CathodePerformanceandDepositedCrunderCrPoisoningConditioninthe(La0.6Sr0.4)(Co0.2Fe0.8)O3Cathode–D.Cho,T.Horita,M.Brito,K.Yamaji,H.Kishimoto,M.Nish,T.Shimonosono,F.Wang,andH.Yokokawa(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 1944 PerformanceDegradationandMicrostructuralChangeofNi-YSZAnodeuponThermalandRedoxCycles–M.Kubota,H.Muroyama,T.Matsui,andK.Eguchi(KyotoUniversity)

• 1945 ElectrochemicalStudiesofLSCFPowderPreparedusingPechiniProcessforIT-SOFCUnitCell–H.Jeon,H.Kim,T.Kim,andH.Kim*(KoreaInstituteofIndustrialTechnology)

• 1946 CorrelationbetweenProtonicConductivityandStructureofPhosphateGlassesforIntermediateTemperatureFuelCells–H.Sumi,Y.Fujishiro(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Oine,andT.Kasuga(NagoyaInstituteofTechnology)

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• 1994 EffectsofCathodicPlatinumLoadingsandOrganicSubstrateConcentrationsonthePerformanceofSingleChamberMicrobialFuelCellsFedwithRawWastewater–C.Santoro,B.Li(UniversityofConnecticut),U.Karra(UniversityofConnectcut),A.G.Agrios(UniversityofConnecticut),G.Squadrito(CNR-ITAE),andP.Cristiani(RSE-RicercasulSistemaElettricoS.p.A.)

• 1995 ElectrosynthesisofPolypyrroleinLow-ViscosityIonicLiquids–K.Tsunashima,T.Matsubayashi(WakayamaNationalCollegeofTechnology),Y.Ono(UniversityofToyama),andM.Matsumiya(YokohamaNationalUniversity)

• 1996 Disc-LikeandBent-ShapeSemiconductingLiquidCrystalsforOrganicElectronics–F.Ely,M.O.DaSilva(CTIRenatoArcher),R.Cristiano(FederalUniversityofParaíba),A.Vieira,andH.Gallardo(FederalUniversityofSantaCatarina)

• 1997 IrreversibleThermodynamicsMicrobialFuelCellAnodeModel–J.E.Velez(UniversidadNacionaldeColombia)andC.Sanchez(UniversidadNacionalofColombia)

• 1998 GrapheneNanohybridsbasedonGeneticallyEngineeredProteinforAgrichemicalBiosensing–N.Heo(KAIST),S.Lee,K.Lee(NNFC),andT.Park(KAIST)

D1Corrosion General Poster Session AllDivisionsKamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

D1 – Poster Session – 18:00 – 20:00Co-Chair: S. Fujimoto

• 2095 CorrosionProtectionofSteelbyConductingPolypyrroleFilmDopedwithPoly-acidsofMoandW–M.Sasaki,A.Hyono,M.Ueda,andT.Ohtsuka(HokkaidoUniversity)

• 2096 CorrosionunderWater-RepellentCoating–H.Saito(KanazawaUniversity)

• 2097 MonolayerandBilayerConductingPolymerCoatingsforCorrosionProtectionofCopperinVariousAggressiveMedia–F.Branzoi(InstituteofPhysicalChemistry),V.Branzoi,andZ.Pahom(UniversityofPolitehnicaBucharest)

• 2098 LocalBondStructureofBaZrO3DopedwithVariousDopantProbedbyRamanSpectroscopy–D.Kim,E.Patrik,S.Miyoshi,T.Tsuchiya(TheUniversityofTokyo),andS.Yamanguchi(TheUnversityofTokyo)

• 2099 AnalysisofNickelElectrodepositionProcessbyUsingQuartzCrystalMicrobalance–M.Shiina,T.Tanabe,andK.Noda(ShibauraInstituteofTechnology)

• 2100 AnalysisofCorrosionBehaviorofZnThinFilmbyUsingQCM–R.Inoue,T.Tanabe,andK.Noda(ShibauraInstituteofTechnology)

• 2101 PassivationofAA5083AluminiumAlloybyAnodicPre-TreatmentsinIonicLiquids–P.Huang,P.Howlett(DeakinUniversity),D.MacFarlane(MonashUniversity),andM.Forsyth(DeakinUniversity)

C1Organic and Biological Electrochemistry General Poster SessionAllDivisionsKamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

C1 – Poster Session – 18:00 – 20:00

• 1983 TheElectrolyticDissociationof1,3-CyclobutanedicarboxylicAcids–E.KvaratskheliaandR.Kvaratskhelia(Iv.JavakhishviliTbilisiStateUniversity)

• 1984 PropagationandCollisionofNonlinearElectricalResponsesinAloe VeraL.andArabidopsis Thaliana–L.O’Neal,M.I.Volkova(OakwoodUniversity),V.S.Markin(TheUniversityofTexas),andA.G.Volkov(OakwoodUniversity)

• 1985 EffectofSurfactantsontheVoltammetricResponseandDeterminationofanAntihypertensiveDrugPhentolamineatBoronDopedDiamondElectrode–R.Shrivastav(DayalbaghEducationalInstitute),S.Satsangee(USIC),andR.Jain(JiwajiUniversity)

• 1986 Potential-InducedConformationalChangesinSelf-AssembledMonolayersofL-Cysteineatp-GaAs(100)Electrodes–M.Enache(InstituteofPhysicalChemistry“IlieMurgulescu”),L.Preda,V.Lazarescu(InstituteofPhysicalChemistryIlieMurgulescu),C.Negrila,andM.Lazarescu(NationalInstituteofMaterialPhysics)

• 1987 EffectofHumidityofAtmosphereonCharacteristicsofCathodicFilmFormedonTiinCa2+/EthanolSolution–T.HarunaandA.Nonaka(KansaiUniversity)

• 1988 EvolutionofCathodeSurfaceHydrophobicityinMicrobialFuelCellUsingSessileDropTechnique–C.Santoro,M.Cremins,A.Mackay,U.Pasaogullari(UniversityofConnecticut),M.Guilizzoni,A.Casalegno(PolitecnicodiMilano),andB.Li(UniversityofConnecticut)

• 1989 ElectrodepositionofPoly(Ethyleneglycol)forConstructingtheArtificialScaffoldontoTitanium–S.Migita(TokyoMedicalandDentalUniversity),S.Okada(KyushuUniversity),Y.Tsutsumi,H.Doi,N.Nomura,andT.Hanawa(TokyoMedicalandDentalUniversity)

• 1990 MonitoringoftheProcessesofProliferationandDifferentiationofImmunocytesbytheImpedanceMeasurementMethod–S.Kasai,K.Shoji,M.Tada,H.Kiriu,R.Ishii,andH.Kodama(TohokuInstituteofTechnology)

• 1991 PhotocurrentCharacteristicsofThinFilmsProducedfromAqueousColloidalDispersionofIndolino[60]FullerenebyUsingElectrosprayDepositionMethod–H.Matsutaka,Y.Shigemitsu(FLOXCorporation),T.Orii,T.Aoyama,H.Takaku(RIKEN),andY.Tajima(FLOXCorporation)

• 1992 ElectrochemicalCharacteristicsofVinylferrocene-TerminatedSi(111)PreparedinDiethylEtherandDibutylEtherGraftingMedia–M.U.Herrera,T.Ichii,K.Murase,andH.Sugimura(KyotoUniversity)

• 1993 AGreenElectrochemicalMethodtoRemoveProteinSurfaceFoulingandIndustrialDyeWastes–J.YangandS.Gunasekaran(TheUniversityofWisconsin-Madison)

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• 2116 SodiumNitrite-BasedCorrosionInhibitorforReinforcingSteelinSimulatedConcretePoreSolutions–R.Du,Y.Guo,Y.Zhu,W.Chen,X.Wang,andC.Lin(XiamenUniversity)

• 2117 EffectofStressonOxideFilmGrowthonSUS316LStainlessSteelunderHighPressure-HighTemperatureWater–Y.HamaguchiandT.Ohtsuka(HokkaidoUniversity)

• 2118 TheeffectonImpuritiesofthePropertiesofPassiveOxidesonStainlessSteels–M.Abe,A.Hyono,M.Ueda,T.Ohtsuka(HokkaidoUniversity),andT.Ishii(JFESteelCo.)

• 2119 SynthesisandCharacterizationofModifiedNano-TiO2FilmsforCorrosionProtectionofStainlessSteel–Y.Zhu,J.Zhang,R.Du,H.Qi,L.Xu,andC.Lin(XiamenUniversity)

• 2120 EffectsofTritiatedWateronPassivationBehaviorofSUS304StainlessSteel–M.Oyaidzu,K.Isobe,andT.Yamanishi(JapanAtomicEnergyAgency)

• 2121 LocalizedCorrosionBehaviorofAusteniticStainlessSteelContainingMartensiticPhasesinNaClSolution–S.Abe(ShibauraInstituteofTechnology),T.Saito(OsakaUniversity),K.Noda(ShibauraInstituteofTechnology),andY.Watanabe(NagoyaInstituteofTechnology)

• 2122 AnalysisofLocalizedCorrosionBehaviorofStainlessSteelinAtmosphericEnvironment–Y.Nakajima(ShibauraInstituteofTechnology),T.Saito(OsakaUniversity),andK.Noda(ShibauraInstituteofTechnology)

• 2123 AnalysisofPassivationBehaviorofStainlessSteelinNa2SO4Solutions–A.Moriyasu(ShibauraInstituteofTechnology),T.Saito(OsakaUniversity),andK.Noda(ShibauraInstituteofTechnology)

• 2124 LowTemperatureDepositionofSiO2MatrixontotheSurfaceofStainlessSteelasProtectiveCoating–T.M.Abdel-Fattah(ChristopherNewportUniversity)andH.Elsayed-Ali(OldDominionUniversity)

• 2125 TheElectrochemicalPropertiesoftheMainConstituentPhasesinMagnesiumAlloys–Y.Chou,H.Yang,S.Pan,S.Chung,andW.Tsai(NationalChengKungUniversity)

• 2126 CorrosionResistanceofMg(OH2/Mg-AlLDHFilmFormedonMagnesiumalloybySteamCoatingMethod–T.Ishziaki(ShibauraInstituteofTechnology)andK.Teshima(ShinshuUniversity)

• 2127 CharacterizationofaNewPolypropylene+Graphite+ZincTernaryComposite–J.Agrisuelas,J.García-Jareño,M.Llop,M.Piedras,andF.Vicente(UniversityofValencia)

• 2128 Non-DestructiveEvaluationforCorrodedMetalSurfaceUsingTerahertzWave–H.Kariya,A.Sato,T.Tanabe,K.Saito(TohokuUniversity),K.Nishihara,A.Taniyama(SumitomoMetalsCo.,Ltd.),andY.Oyama(TohokuUniversity)

• 2129 TheInfluencesofRoughnessofTiSubstrateandThicknessofIrO2IntermediateLayeronOxygenEvolutionAnodePerformanceinSeawaterElectrolysis–Z.Kato(TohokuInstituteofTechnology),K.Izumiya,N.Kumagai(DaikiAtakaEngineeringCo.Ltd.,),andK.Hashimoto(TohokuInstituteofTechnology)

• 2102 PassivityandLocalActivationofAluminuminBorateBufferSolutionunderActionofBromide-IonsAdditives–A.Chikova,T.A.Minakova,andS.A.Kaluzhina(VoronezhStateUniversity)

• 2103 MaterialPerformanceofAlloysinNaNO3/KNO3at600°C–A.M.KruizengaandD.Gill(SandiaNationalLaboratories)

• 2104 DeterminationofCurrentEfficiencyofAnodicFilmFormationintheMoltenMeltbyICP-AES–S.Han(KoreaInstituteofIndustrialTechnology)andH.Kim(KITECH)

• 2105 ElectronBeamInducedTextureChangeoftheAnodicFilmsFormedintheMoltenMelt–S.HanandH.Kim(KoreaInstituteofIndustrialTechnology)

• 2106 EvaluationofZincRichPaint(ZRP)EfficiencyonMildSteelinSeashoreEnvironment–A.H.SofianandK.Noda(ShibauraInstituteofTechnology)

• 2107 EvaluationofDegradationofHighPerformanceOrganicCoatingsunderOutdoorSaltSprayTest–D.Ito(YokohamaNationalUniversity),Y.Akira(PortandAirportResearchInstitute),Y.Miyata,T.Yokoyama,andS.Okazaki(YokohamaNationalUniversity)

• 2108 ANovelNanomaterialHybridCorrosionResistantCoatingforMarineApplications–V.Kamavaram,G.Arumugam,V.Veedu,andK.Cheung(OceanitLaboratoriesInc)

• 2109 ElectrochemicalandMicrostructuralCharacterizationofCr(VI)FreePassivationLayersAppliedonElectrogalvanizedSteel–V.E.Hernandez,M.P.Segundo(UniversityofSãoPaulo),C.R.Tomachuk(NuclearandEnergeticResearchInstitute),andH.G.DeMelo(UniversityofMons)

• 2110 EvaluationofCorrosionProtectionofZincRichPaintCoatedSteel–A.Tanaka,A.H.Sofian,andK.Noda(ShibauraInstituteofTechnology)

• 2111 EvaluationofCorrosionProtectionPropertyonGalvanizedSteelsinAtmosphericEnvironment–K.ItoandK.Noda(ShibauraInstituteofTechnology)

• 2112 EffectofAlloyElementinLowAlloySteelsonCorrosionBehavior–A.Sunahara,T.Ohmori,K.Noda(ShibauraInstituteofTechnology),H.Katayama,andH.Masuda(NationalInstituteforMaterialsScience)

• 2113 PotentialMeasurementofHighCorrosionResistanceMetalsSurfaceinAtmosphericEnvironment–Y.Hirohata,K.Noda(ShibauraInstituteofTechnology),H.Katayama,andH.Masuda(NationalInstituteforMaterialsScience)

• 2114 CorrosionInhibitionofCarbonSteelinCoolingWaterSystemsbyNewOrganicPolymersasGreenInhibitors–F.Branzoi(InstituteofPhysicalChemistry),V.Branzoi(UniversityofPolitehnicaBucharest),M.Iordoc(ICPE-AdvancedResearches),andZ.Pahom(UniversityofPolitehnicaBucharest)

• 2115 In SituElectrochemicalDetectionofMolybdateinanAbsorptionRefrigerator–Y.Hitoshi,Y.Hatakeyama(IwateUniversity),H.Inabe,K.Sekiguchi(HitachiBuildingSystemsCo.,Ltd.),T.Hishinuma,M.Itoh,andN.Ohnaka(HitachiKyowaEngineeringCo.,Ltd)

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• 2143 EvaluationofCorrosionResistanceofCo-CrAlloyinNaClSolution–R.Suzuki,K.Noda(ShibauraInstituteofTechnology),Y.Tsutsumi,andT.Hanawa(TokyoMedicalandDentalUniversity)

D2Materials Degradation in Energy Systems: Corrosion and Hydrogen-Material InteractionsCorrosion/Battery/EnergyTechnology306A, Level 3, Hawaii Convention Center

Fuel Cell Degradation – 08:00 – 11:00Co-Chairs: N. Missert and S. Fujimoto

08:00 2148 DegradationMechanismsinPEMFuelCells–R.L.Borup(LosAlamosNationalLaboratory),R.K.Ahluwalia(ArgonneNationalLaboratory),K.L.More(OakRidgeNationalLaboratory),C.Johnston,andR.Mukundan(LosAlamosNationalLaboratory)

08:30 2149 RegardingtheEnhancedDurabilityofPlatinumMonolayerElectrocatalystsfortheOxygenReductionReaction–K.Sasaki(BrookhavenNationalLaboratory),H.Naohara(ToyotaMotorCorporation),K.A.Kuttiyiel,Y.Choi,D.Su,P.Liu,andR.R.Adzic(BrookhavenNationalLaboratory)

09:00 2150 DissolutionMechanismofPlatinuminSimulatedPEFCConditions–Y.Sugawara(TohokuUniversity),T.Okayasu,A.P.Yadav,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

09:20 2151 SelectiveDissolutionofBinaryPtAlloysinSulfuricAcidSolution–Y.Hoshi(TokyoUniversityofScience),R.Ozawa,T.Yoshida,E.Tada,A.Nishikata,andT.Tsuru(TokyoInstituteofTechnology)

09:40 Intermission(20Minutes)10:00 2152 InfluenceofCathodePolarizationonthe

ChromiumPoisoningofSOFCCathodeMaterialsLSM,LSCFandLNF–E.Park(KyushuUniversity),S.Taniguchi,Y.Tachikawa(InternationalResearchCenterforHydrogenEnergy),Y.Shiratori,andK.Sasaki(KyushuUniversity)

10:20 2153 MicroModelingStudyofCathode/ElectrolyteInterfacialStressesforSolidOxideFuelCells–X.Jin,J.Shi,andX.Xue(UniversityofSouthCarolina)

10:40 2154 HighTemperatureOxidationofFerriticSteelsforSolidOxideElectrolysisStacks–S.Molin,M.Chen,J.J.Bentzen,andP.Hendriksen(TechnicalUniversityofDenmark)

Corrosion Issues in Nuclear Energy – 11:00 – 12:00Co-Chair: S. Fujimoto

11:00 2155 OntheShapeofStressCorrosionCracksinWater-CooledNuclearPowerReactorPiping–D.Kramer,S.Lee,andD.D.Macdonald(ThePennsylvaniaStateUniversity)

11:20 2156 ElectrochemicalImpedanceModelingofthePassivityofIroninSimulatedConcretePoreWater–D.D.Macdonald,S.Sharifiasl(ThePennsylvaniaStateUniversity),andG.R.Engelhardt(OLISystems,Inc.)

• 2130 ElectrochemicalImpedanceSpectroscopytoCharacterizeDifferentMaterialsinSoybeanBiodieselMedium–A.H.Akita,C.Fugivara(InstitutodeQuímica–Univ.EstadualPaulista–UNESP),I.Aoki(EscolaPolitécnica–Univ.deSãoPaulo–USP),andA.Benedetti(InstitutodeQuímica–Univ.EstadualPaulista–UNESP)

• 2131 GraphiteLayeronMetalPlatesforPEMFCApplications–W.WangandC.Lan(IndustrialTechnologyResearchInstitute)

• 2132 SurfaceMorphologyChangesduringDealloying–F.U.Renner,G.Ankah,andA.Pareek(Max-Planck-InstitutfürEisenforschung)

• 2133 UsingLEIStoEvaluateLocalElectrochemicalActivityofAl7475T761/CuModelElectrodes–J.Ferrari(UniversityofSãoPaulo),H.G.DeMelo(UniversityofMons),N.Pébère(CIRIMATUMRCNRS),B.Tribollet,andV.Vivier(CNRS)

• 2134 TriboelectrochemicalCharacterizationofCopperSurface–S.JooandH.Liang(TexasA&MUniversity)

• 2135 ApplicationtoNon-DestructiveInspectionofCopperCorrosionviaCoherentTerahertzLightSources–K.Saito,T.Yamagata,H.Kariya,T.Tanabe,andY.Oyama(TohokuUniversity)

• 2136 EffectofAlloyingElementsonCorrosionBehaviorofZr-BasedBinaryAlloysinSimulatedBodyFluid–Y.Tsutsumi,S.Yalatu,S.Migita,H.Doi,N.Nomura(TokyoMedicalandDentalUniversity),K.Noda(ShibauraInstituteofTechnology),andT.Hanawa(TokyoMedicalandDentalUniversity)

• 2137 CorrosionBehaviorofNanocrystallineHydroxyapatiteCoatingonNewTiAlloySurfaceinRingerSolution–M.Popa,J.CalderonMoreno,C.Vasilescu,andS.Drob(InstituteofPhysicalChemistry“IlieMurgulescu”)

• 2138 CorrosionStudyofNi-TiOrthodonticArchwires:AnIn VitroStudy–K.M.Britto,D.A.Macedo,R.M.Nascimento,A.E.Martinelli,andH.S.Júnior(FederalUniversityofRioGrandedoNorte)

• 2139 AThree-ElectrodeImplantableMicro-ChipforObtainingRealTimeCorrosionRatesduringSmallAnimalTesting–B.A.Shaw,E.Sikora,M.W.Horn,H.A.Basantani,A.Hartsock,D.R.Cook,B.J.Gluckman,andB.A.Bimber(ThePennsylvaniaStateUniversity)

• 2140 In VitroGalvanicCorrosionofMetallicBiomaterials–N.Shida,S.Miyabe,andS.Fujimoto(OsakaUniversity)

• 2141 AnalysisofElectrochemicalImpedanceSpectroscopyResultsandIonReleaseIn VitroofSi+IonImplantedMedical316LVMSteel–J.C.Galván(CentroNacionaldeInvestigacionesMetalúrgicas),M.Larrea,M.Multigner(CENIM–CSIC),I.Braceras(Inasmet-Tecnalia),L.Saldaña,N.Vilaboa(UnidaddeInvestigación,HospitalUniversitarioLaPaz),andJ.González-Carrasco(CENIM–CSIC)

• 2142 ElectrochemicalBehaviorofTi-6Al-7NbinSimulatedPhysiologicalBodyFluidEnvironment–N.A.Al-Mobarak,A.Al-Swayih(PrincessNoraBintAbdulRahmanUniversity),andF.Al-Rashoud(AlKhargeUniversity)

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08:15 2237 EnhancedCorrosionResistanceofInterstitiallyHardened316LStainlessSteel:GasPhaseNitridationunderParaequilibriumConditions–N.R.Tailleart,F.Martin(USNavalResearchLaboratory),R.Rayne,P.M.Natishan(USNavalResearchLaborator),H.Kahn,andA.Heuer(CaseWesternReserveUniversity)

08:30 2238 CorrosionMapsforAluminiumAlloys:DefiningthePropertySpaceandtheRoleofMicrostructureandChemistryinCorrosion–N.L.Sukiman,R.K.Gupta(MonashUniversity),R.G.Buchheit(OhioStateUniversity),andN.Birbilis(MonashUniversity)

08:45 2239 CorrosionProtectionbyTrivalentChromiumProcess(TCP)CoatingsonAluminumAlloys–L.LiandG.Swain(MichiganStateUniversity)

09:00 2240 CorrosionResistanceofNanoporousSuperhydrophobicSurfacesofAnodicAluminumOxide–C.Jeong,W.Xu,K.Du,andC.Choi(StevensInstituteofTechnology)

09:15 2241 EnhancedCorrosionResistanceofStainlessSteelsInterstitiallyHardenedwithCarbonorNitrogenunderParaequilibriumConditions–P.M.Natishan(USNavalResearchLaborator),N.R.Tailleart,F.Martin(USNavalResearchLaboratory),R.Bayles(NavalResearchLaboratory),R.Rayne(USNavalResearchLaborator),H.Kahn,andA.Heuer(CaseWesternReserveUniversity)

09:30 2242 EffectofAceticAcidontheCathodicReactionofCarbonSteelCorrosion–T.Tran,B.Brown,andS.Nesic(OhioUniversity)


Corrosion – 10:00 – 12:00Co-Chairs: Phillipe Marcus and Simon Hall

10:00 2243 CorrosionofNickelandIronBasedSuperalloysinHighTemperatureGasEnvironments–H.ChangandT.Yeh(NationalTsingHuaUniversity)

10:30 2244 InvestigationoftheCorrosionBehaviorofZincMagnesiumAluminiumAlloyswithaNovelQuaternaryAdditionUsingSVETandTime-LapseMicroscopy–J.H.Malone,S.Mehraban,J.H.Sullivan,J.Elvins,andD.Penney(SwanseaUniversity)

10:45 2245 RedoxTransformationsintheOxideFilmsonNi-Cr-MoAlloysandTheirInfluenceonCorrosionSusceptibility–X.Zhang,A.Mishra,D.Zagidulin,J.J.Noël(WesternUniversity),andD.W.Shoesmith(UniversityofWesternOntario)

11:00 2246 TransitionMetalInhibitionofTitaniumCorrosion:ElectrochemicalBehaviorofTitaniuminAlkalineElectrolyte–W.B.UtomoandS.W.Donne(UniversityofNewcastle)

11:15 2247 OverviewoftheMgCorrosionMechanism–A.Atrens(TheUniversityofQueensland)

11:30 2248 InvestigationofZincDimercaptothiadiazoleasaCorrosionInhibitorforSteel–R.L.Mercado,J.Fury,M.B.Kiely(Crosslink),D.Buhrmaster(UniversityofDaytonResearchInstitute),C.E.Miller(U.S.ArmyResearchLaboratory),andP.Zarras(NAWCWD)

11:40 2157 ComparativeStudyofOxideFilmFormationasaFunctionofPotentialonHigh-PurityCoandStellite-6–M.Behazin,X.Zhang,M.Biesinger,J.J.Noël,andJ.Wren(WesternUniversity)

Degradation Issues and Mitigation in Batteries, Photoanodes, and Solar Panels – 14:00 – 15:40Co-Chair: N. Missert

14:00 2158 MaterialsandInterfacesDegradationinHigh-EnergyCathodesforLi-ionBatteries–R.M.Kostecki,I.T.Lucas,N.S.Norberg(LawrenceBerkeleyNationalLaboratory),andJ.S.Syzdek(LawerenceBerkeleyNationalLaboratory)

14:30 2159 CorrosionBehaviorofNitrideCoatingsforAnodicProtectioninLiquidMetalBatteries–S.PhadkeandD.R.Sadoway(MassachusettsInstituteofTechnology)

14:50 2160 Metal-Oxide-SemiconductorNanocompositesforPhotoelectrochemicalWaterSplitting–P.C.McIntyre(StanfordUniversity)

15:20 2161 MaterialsDegradationinSolarPanels–H.G.Wheat(TheUniversityofTexasatAustin)

Degradation During Production, Transportation, and Storage of Fuels – 16:00 – 17:50Co-Chair: J. Noel

16:00 2162 DegradationofElectrocatalystsUsedintheReductionofCO2–AReview–N.Sridhar(DetNorskeVeritas(USA)Inc.),A.S.Agarwal,S.Guan,andE.Rode(DetNorskeVeritas(USA),Inc.)

16:30 2163 ComputationalStudyonNickelCatalystDegradationMechanismbyCarbonDepositinHydrogenProduction–T.Ogura,H.Tsukikawa,andM.Tajima(KyushuUniversity)

16:50 2164 ElectrochemistryofFerroelectricPbZr0.52Ti0.48O3ThinFilmsinSulfuricAcid–L.J.Small(RensselaerPolytechnicInstitute),C.Apblett,J.Ihlefeld,G.Brennecka(SandiaNationalLaboratories),andD.Duquette(RensselaerPolytechnicInstitute)

17:10 2165 ElectrochemicalMechanismandModelofH2SCorrosionofCarbonSteel–Y.Zheng,B.Brown,andS.Nesic(OhioUniversity)

17:30 2166 CorrosivityComparisonbetweenPetroleumandBlendedHydro-RefinedDieselandJetFuels–J.S.Lee,R.Ray,andB.Little(NavalResearchLaboratory)


Corrosion – 08:00 – 10:00Co-Chairs: Mark Orazem and Behzad Bavarian

08:00 2236 ElectrochemicalCorrosionMeasurementsinSupercriticalCO2–WaterSystemswithandwith-outMembraneCoating–J.Beck,M.Fedkin,andS.N.Lvov(ThePennsylvaniaStateUniversity)

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16:45 2261 OxygenSensorsforAcceleratorDrivenSystem(ADS)Reactors–A.Verdaguer,S.Colominas(UniversitatRamonLlull),andJ.Abellà(IQSUniversitatRamonLlull)

17:00 2262 PrussianBlueFilmsinAmmoniumAqueousSolution–J.Agrisuelas,C.Delgado,J.García-Jareño,andF.Vicente(UniversityofValencia)

17:15 2263 TowardsTritiumElectrochemicalSensors:SynthesisandCharacterizationofProtonConductingCeramicElements–L.Llivina,S.Colominas,andJ.Abellà(InstitutQuimicdeSarria–UniversitatRamonLlull)

17:30 2264 In SituCouplingCurrentStudiesinAA5083andAA2024–K.Williams(ThePennsylvaniaStateUniversity),R.Bayles(NavalResearchLaboratory),andD.D.Macdonald(ThePennsylvaniaStateUniversity)

17:45 2265 OntheCorrosionofIroninPhysically-ConstrainedLocations–D.D.Macdonald(ThePennsylvaniaStateUniversity)andG.R.Engelhardt(OLISystems,Inc.)

18:00 2266 MechanismsofDepassivation–D.D.Macdonald(ThePennsylvaniaStateUniversity)

18:15 2267 TwoManifestationsofthePassivityoftheMetalinAqueousSolution–H.Hua(ChinaAerospaceEngineeringConsultationCenter)andH.Hua(ChineseAcademyofScience)

18:30 2268 CouldthisFuelReplaceGasoline–J.O.Bockris(Gainesville)

D4High Resolution Characterization of Corrosion Processes 3CorrosionKamehameha Exhibit Hall 3, Level 1, Hawaii Convention Center

D4 – Poster Session – 18:00 – 20:00Co-Chair: K. Zavadil

• 2269 KelvinProbeForceMicroscopicStudyonGalvanicActionbetweenMnSInclusionsandStainlessSteelMatrix–Y.Sugawara,I.Muto,andN.Hara(TohokuUniversity)

• 2270 AnalysisofPitCorrosionUsingTemporalSeriesofMicrographsCoupledwithElectrochemicalMethodstoEstimatetheThree-DimensionalEvolutionofPits–A.M.Zimer,E.Rios,M.A.DeCarra,L.H.Mascaro(UniversidadeFederaldeSãoCarlos),andE.C.Pereira(UniversidadeFederaldeSaoCarlos)


Thermodynamic/Kinetic Modeling and Experiment – 08:20 – 12:00Co-Chairs: J. Fergus and E. Opila

08:20 2325 ThermodynamicModelingofChromateSaltMixturesinHigh-TemperatureCorrosionofSuperheaterMaterials–D.K.Lindberg,J.Lehmusto,andM.Hupa(ÅboAkademiUniversity)

11:45 2249 In SituElectrochemicalMeasurementofAcidDewPointCorrosionofCarbonSteel–T.Zhang(HarbinEngineeringUniversity)

Electrochemistry – 13:30 – 16:00Co-Chairs: Tom Devine and Wen-Ta Tsai

13:30 2250 IncorporationofModifierstoImprovetheAnticorrosionBehaviorofOrganic-InorganicHybridCoatingsAppliedtoHighStrengthAlAlloys–R.P.Hernandez,B.M.Vasconcelos,V.R.Capelossi(UniversityofSãoPaulo),M.Olivier,andH.G.DeMelo(UniversityofMons)

13:45 2251 EffectofHalogenIonsandInhibitorsonCorrosionBehaviorof13CrStainlessSteelinPackerFluid–M.Sakairi,R.Fujita,A.Kageyama(HokkaidoUniversity),M.Kimura,andY.Miyata(JFESteelCorporation)

14:00 2252 HydrationandStructuralTransformationsduringTitaniumAnodizationunderAlkalineConditions–P.AcevedoPeña(UniversidadAutónomaMetropolitana),J.G.VazquezArenas(UniversityofWaterloo),R.CabreraSierra(InstitutoPolitécnicoNacional),andI.GonzalezMartinez(UniversidadAutónomaMetropolitana)

14:30 2253 ThePalladiumHydrogenSystem;CorrosionMonitoringandEnergyProduction–M.C.McKubre,J.Bao,S.Crouch-Baker,P.Jayaweera,A.Sanjurjo,andF.Tanzella(SRIInternational)

14:45 2254 A12V/Kilo-FaradRangeLead-CarbonHybridUltracapacitorandTheirEnvisagedApplications–A.K.Shukla,A.Banerjee,A.Jalajakshi,andM.K.Ravikumar(IndianInstituteofScience)

15:00 2255 In SituMonitoringofPhosphateInhibitorSurfaceDepositionintheCathodicRegiondur-ingCorrosionofaZincMagnesiumAluminiumAlloyUsingTime-LapseMicroscopyandEnergyDispersiveX-raySpectroscopy–S.Mehraban,J.H.Sullivan,andJ.Elvins(SwanseaUniversity)

15:15 2256 AnInvestigationintotheIndividualandSynergisticeffectsofOrganicallyCoatedSteelSystemsUsingtheScanningVibratingElectrodeTechnique(SVET)–A.W.Littlehales(UniversityofWalesSwansea),J.H.Sullivan,D.A.Worsley,andJ.Elvins(SwanseaUniversity)

15:30 2257 InhibitionofCorrosion-DrivenOrganicCoatingDelaminationonHotDipGalvanizedSteelbyPhenylPhosphonicAcid–C.F.GloverandG.Williams(SwanseaUniversity)


Electrochemistry – 16:00 – 19:00Co-Chairs: M. Urquidi-Macdonald and T.-K. Yeh

16:00 2258 Self-organizedAnodicStructures–P.Schmuki(UniversityofErlangen-Nuremberg)

16:15 2259 DevelopmentofZn-MnAlloyBasedSacrificialCoatings–S.Ganesan,P.Ganesan,andB.N.Popov(UniversityofSouthCarolina)

16:30 2260 StudyoftheInhibitionofMildSteelCorrosionbyMolybdateandNitriteAnions–A.Al-Refaie(SaudiBasicIndustriesCorporation)

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15:20 2338 OxygenGasSealingbetweenYSZandFe-CrAlloybyLiquid-Phase-OxidationJoiningviaZrO2-DispersedAlInterlayer–Y.HashimotoandT.Akashi(HoseiUniversity)

15:40 Intermission(20Minutes)16:00 2339 MicrostructuresandPhaseEvolutioninNiAl-

BasedOverlayCoatings–M.L.WeaverandJ.P.Alfano(TheUniversityofAlabama)

16:20 2340 TransitionMetalSpinelOxideCoatingsforSolidOxideFuelCellInterconnects–J.W.Fergus,C.DileepKumar,Y.Liu,W.Tilson,A.Dekich,andH.Wang(AuburnUniversity)

16:40 2341 MicrostructuralInvestigationofCo-andRE-NanocoatingsonFeCrSteels–S.Canovic,J.Froitzheim,R.Sachitanand,M.Nikumaa,L.Johansson,andJ.Svensson(ChalmersUniversityofTechnology)

17:00 2342 ProtectionofFerriticSteelsbyNano-StructuredCoatings:SupercriticalSteamTurbinesApplications–M.Mato,M.Hierro,S.Castañeda,G.Alcalá,I.Lasanta,M.Tejero(UniversidadComplutensedeMadrid),J.Sánchez(CSIC),M.Brizuela(TECNALIA-Inasmet),andF.J.Pérez(UniversidadComplutensedeMadrid)

17:20 2343 ImprovementoftheResistanceofTitaniumAluminidestoEnvironmentalEmbrittlement–P.J.Masset(ATZEntwicklungszentrum),F.Bleicher(TUWien),L.Bortolotto(DechemaForschungsinstitut),G.Geiger(TUWien),A.Kolitsch(Helmholtz-ZentrumDresden-Rossendorf),C.Langlade(TUBelfort-Montbéliard),J.Paul(Helmholtz-Zentrum-Geestacht),B.Pelic(TUFreiberg),F.Pyczak(Helmholtz-Zentrum-Geestacht),D.Rafaja(TUFreiberg),P.Schumacher(ÖsterreichischesGießerei-Institut),M.Schütze(DechemaForschungsinstitut),G.Wolf(ATZEntwicklungszentrum),andR.Yankov(Helmholtz-ZentrumDresden-Rossendorf)

D6Light Alloys 4Corrosion319A, Level 3, Hawaii Convention Center

Co-Chairs: B. Shaw and R. Buchheit

08:20 2344 HighResolutionSEMInvestigationofIntercrystallineCorrosionon6000-SeriesAluminumAlloywithLowCopperContent–K.Shimizu(KeioUniversity)andK.Nisancioglu(NorwegianUniversityofScienceandTechnology)

08:40 2345 EffectofAdditiveElementsonCorrosionBehaviorforAluminuminWeakAlkalineSolutionatHighTemperature–Y.Honkawa,T.Yaegashi,andY.Kojima(Furukawa-SkyAluminumCorp.)

09:00 2346 CombinedRoleofTraceElementsPbandSninLowTemperatureActivationofAluminum–K.Kurt,J.C.Walmsley(NorwegianUniversityofScienceandTechnology),S.Diplas(SINTEF),andK.Nisancioglu(NorwegianUniversityofScienceandTechnology)

09:20 2347 InteractionsofSulfidewithAluminumAlloys–J.S.Lee,R.Ray,andB.Little(NavalResearchLaboratory)

08:40 2326 InvestigationoftheeffectthePolarisabilityofDipolesontheLocalMicrostructuresofMoltenSlagsUsingDensityFunctionalTheoryMolecularDynamics–A.A.Gray-Weale(UniversityofMelbourne),J.Krahl,A.Jacob(TUFreiberg),andP.J.Masset(ATZEntwicklungszentrum)

09:00 2327 ThermodynamicModelingforLiquidPhaseSinteringandJoiningofSiliconCarbide–H.J.Seifert(KarlsruheInstituteofTechnology)

09:40 Intermission(20Minutes)10:00 2328 MultiscaleAnalysisonGasPhaseandSurface

ChemistryofSiC-CVDProcess–Y.Fukushima(TheUniversityofTokyo),K.Hotozuka(IHICorporation),Y.Funato,N.Sato,T.Momose,andY.Shimogaki(TheUniversityofTokyo)

10:20 2329 StudyofLa2Zr2O7andLa2Hf2O7MeltingbyThermalAnalysisandX-rayDiffraction–S.V.Ushakov,P.Saradhi,A.Navrotsky(UniversityofCaliforniaatDavis),R.J.Weber,andC.J.Benmore(ArgonneNationalLaboratory)

10:40 2330 In SituInvestigationofaHighTemperaturePhaseTransformationUsingLaserHeatingandSynchrotronDiffraction–P.Saradhi,S.V.Ushakov,A.Navrotsky(UniversityofCaliforniaatDavis),R.J.Weber,andC.J.Benmore(ArgonneNationalLaboratory)

11:00 2331 HydrationandDehydrationBehaviorofAmorphousTantalumOxidewithVariousOxygenContents–T.Ozato,T.Tsuchiya,S.Miyoshi,andS.Yamaguchi(TheUniversityofTokyo)

11:20 2332 DeterminationofVaporPressuresofFe-OxidesinHumidAtmospheres–T.Markus,W.Quadakkers,andL.Singheiser(ForschungszentrumJülichGmbH)

11:40 2333 ReactionSyntheseswithCarbonMaterialsChemistry:IntragranularNanocompositesand‘CarbonCopies’–D.W.Lipke(AirForceResearchLaboratory)andK.H.Sandhage(GeorgiaInstituteofTechnology)

High Temperature Coatings – 14:00 – 17:40Co-Chairs: T. Markus and E. Wuchina

14:00 2334 ThermochemicalInteractionsofRareEarthBasedTBCswithMoltenCMASDeposits–E.M.Zaleski,C.Ensslen,andC.G.Levi(UniversityofCalifornia,SantaBarbara)

14:20 2335 CeramicDustingCorrosionofYttriaStabilizedZirconiainUltra-HighTemperatureReverse-FlowPyrolysisReactors–C.Chun,S.Desai(ExxonMobilCorporateStrategicResearch),andT.A.Ramanarayanan(PrincetonUniversity)

14:40 2336 ChemicalDensificationofOxideBasedCoatingsforHighTemperatureWearandCorrosionResistance–P.J.Masset,M.Faulstich(ATZEntwicklungszentrum),K.Fehr(Ludwig-Maximilians-UniversitätMünchen),C.Weih,G.Wolf(ATZEntwicklungszentrum),andY.Ye(Ludwig-Maximilians-UniversitätMünchen)

15:00 2337 RelationshipbetweenElectricalPropertiesandStressFieldinSolidElectrolyteThinFilms–F.Iguchi,Y.Osawa,andH.Yugami(TohokuUniversity)

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16:20 2360 Local,Time-ResolvedandElement-SpecificInvestigationsofCorrosionProcessesfortheDevelopmentofBiodegradableMgAlloys–N.Ott(EMPA),P.Schmutz(EMPASwissFederalLaboratoriesforMaterialsScienceandTechnology),C.Ludwig,andA.Ulrich(EMPA)

16:40 2361 ImprovementinCorrosionCharacteristicsofAZ31MgAlloybySquarePulseAnodizingbetweenTranspassiveandActiveRegions–Y.Choi,S.Salman,K.Kuroda,andM.Okido(NagoyaUniversity)

17:00 2362 TheDevelopmentofIonicLiquidGeneratedConversionCoatingsforMagnesiumAlloys–P.Howlett(DeakinUniversity),J.Latham,D.MacFarlane(MonashUniversity),andM.Forsyth(DeakinUniversity)

17:20 2363 CorrosionInhibitionofMgAlloysbyInorganicandOrganicInhibitors–J.Hu,D.Huang(HuazhongUniversityofScienceandTechnology),G.Song(GMGlobalR&D),andX.Guo(HuazhongUniversityofScienceandTechnology)

17:40 2364 BiocompatibleCoatingsforMgAlloysforTailoredDegradationBehavior–S.Virtanen(UniversityofErlangen)


Membranes & Sensing – 08:00 – 10:00Co-Chairs: I. Balberg and K. Rumpf

08:00 2405 Solid-StateNanopores:ElectronicToolsforSingle-MoleculeAnalysis–V.Tabard-Cossa(UniversityofOttawa)

08:30 2406 TransportinSurfacePassivatedPorousSiliconMembranes–A.Kovacs,W.Kronast,A.Filbert,andU.Mescheder(FurtwangenUniversity)

08:50 2407 NewCheapCompositeMembranesUsingNanoporousAnodicAluminumOxideFilms–M.Kim,T.N.Nguyen,J.Ahn(KoreaElectrotechnologyResearchInstitute),J.Kaewsuk(KoreanElectrotechnologyResearchInstitute),J.Kim,andD.Jeong(KoreaElectrotechnologyResearchInstitute)

09:10 2408 ImportanceofPoreMorphologyforSuper-LiquidRepellencyofSolidSurfaces–H.Habazaki,T.Fujii,andE.Tsuji(HokkaidoUniversity)


Oxide Formation & Ordered Nanostructures – 10:00 – 12:20Co-Chairs: S. Ono and T. Djenizian

10:00 2409 MorphologicalInstabilityLeadingtoFormationofPorousAnodicOxideFilms–K.R.HebertandA.Macrostie(IowaStateUniversity)

10:20 2410 AContinuumModelofAnodicPoreGrowthinAlumina–S.J.DeWitt(UniversityofMichigan–AnnArbor)andK.Thornton(UniversityofMichigan)

09:40 2348 TheRoleofEnvironmentalAspectsandAtmosphericContaminantsontheCorrosionof2024,6061and7075AluminumAlloys–Y.YoonandD.C.Hansen(UniversityofDaytonResearchInstitute)

Co-Chairs: S. Virtanen and S. Fujimoto

10:20 2349 PittingCorrosionofAluminumAlloyinChlorideEnvironment–Y.OyaandY.Kojima(Furukawa-SkyAluminumCorp.)

10:40 2350 EffectofSurfaceTopography,Cleaning,andConversionCoatingsintheAdhesionStrengthofOrganicPolymerstoAA2024-T3usingtheBlisterTest–B.C.RinconTroconisandG.Frankel(TheOhioStateUniversity)

11:00 2351 Self-HealingNatureofMolybdateConversionCoatingsforAluminumAlloys–D.Rodriguez,R.Misra,andD.Chidambaram(UniversityofNevadaReno)

11:20 2352 Organic-InorganicSol-GelCoatingsModifiedwithTiO2NanoparticlesforCorrosionProtectionofaPowderMetallurgicalAluminumAlloy–A.Jiménez-Morales,F.García-Galván,D.Carbonell,D.Montoya(UniversidadCarlosIIIdeMadrid),andJ.C.Galván(CentroNacionaldeInvestigacionesMetalúrgicas)

11:40 2353 TheRoleofEnvironmentalandAtmosphericConditionsontheCorrosionofAA2024-T3withVariousPre-TreatmentsandCoatingSystems–L.Petry(UniversityofDaytonReearchInstitute)andD.C.Hansen(UniversityofDaytonResearchInstitute)

Co-Chairs: K. Nisancioglu and Y. Kojima

14:00 2354 CorrosionControlStudiesofAluminum-CompositeInterfacesinDiverseMicro-Climates–R.SrinivasanandL.H.Hihara(UniversityofHawaii)

14:20 2355 MetalDissolutionandRepassivationBehaviorofTi6Al4VAlloyduringRapidStraininginSimulatedBodyFluid–K.Doi,S.Miyabe,andS.Fujimoto(OsakaUniversity)

14:40 2356 InvestigationoftheCorrosionofMagnesiumandTitaniuminSimulatedBodyFluids–R.Feser,M.Ceylan(UniversityofAppliedSciencesSouthWestfalia),andS.Virtanen(UniversityofErlangen)

15:00 2357 MagnesiumandMgAlloys“Biocorrosion”inProteinContainingBodyFluids–P.Schmutz(EMPASwissFederalLaboratoriesforMaterialsScienceandTechnology),N.Ott,R.Grisch(EMPA),andP.Uggowitzer(ETHZ,SwissFederalInstituteofTechnology)

15:20 2358 InfluenceofChemistry,MicrostructureandTextureontheDurabilityofMg-Alloys:Anover-view–K.Gusieva,C.H.Davis,andN.Birbilis(MonashUniversity)

Co-Chairs: D. Hansen and N. Birbilis

16:00 2359 ACumulativeApproachtoTrackingtheCorrosionofMgAlloysontheMicroscale–R.M.Asmussen,P.Jakupi,andD.W.Shoesmith(UniversityofWesternOntario)

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17:00 2423 SVETAnalysisofTinplateFlowMeltedUsingResistanceHeatingandInductionVsNovelNearInfraredHeatTreatment–I.Mabbett,D.J.Warren,S.Geary,J.H.Sullivan,D.Penney,T.M.Watson,andD.A.Worsley(SwanseaUniversity)

17:20 2424 ImagingMetastablePitsonAusteniticStainlessSteelIn SituattheOpen-CircuitCorrosionPotentialUsingScanningElectrochemicalMicroscopy–R.M.Souto,J.Izquierdo,andS.González(UniversityofLaLaguna)

E1Solid State Topics General SessionDielectricScienceandTechnology/ElectronicsandPhotonics/EnergyTechnology310, Level 3, Hawaii Convention Center

Solid State Topics Afternoon Session – 14:00 – 17:20Co-Chairs: R. Todi and O. M. Leonte

14:00 2438 CharacteristicsofZincOxideFilmsGrownonSapphireSubstratesUsingHigh-EnergyH2OGeneratedbyaCatalyticReactiononPlatinumNanoparticles–K.Yasui,H.Miura,S.Satomoto,andT.Kato(NagaokaUniversityofTechnology)

14:20 2439 DielectricConstantStudiesofBCNThinFilms–K.B.SundaramandV.Todi(UniversityofCentralFlorida)

14:40 2440 EffectofWetSurfaceTreatmentsonAmorphousSiliconAnnealandGateBreakdown–C.S.Tiwari,T.Guo,C.Breyfogle,J.Zhang,H.Mitro,L.Olmer,V.Kumar,D.Pohlman,andM.Rutte(MicronTechnologyInc.)

15:00 2441 UltrasonicSpray-AssistedVapor-DepositionMethodasaCost-EffectiveandEnvironmental-FriendlyTechnologyforSemiconductorandDielectricMaterialsforDevices–S.Fujita,S.Katori,J.Piao,T.Ikenoue,andK.Kaneko(KyotoUniversity)

15:20 2442 UV-VisibleFaradayRotatorsBasedonRare-EarthFluorideSingleCrystals:LiREF4(RE=Tb,Dy,Ho,ErandYb),PrF3andCeF3–V.Vasyliev,E.G.Villora(NationalInstituteforMaterialsScience),Y.Sugahara(WasedaUniversity),andK.Shimamura(NationalInstituteforMaterialsScience)

15:40 Intermission(20Minutes)16:00 2443 TheCharacterizationStudyofPolycrystalline

SiliconGrainGrowthwithElectronBackscatterDiffractionPatternsandCrystallinity–S.Yang,J.Chang,J.Lim,J.Shin,Y.Yoo,J.Kim,B.Chung,H.Choi,K.Hwang,andH.Kang(SamsungElectronicsCo.,Ltd.)

16:20 2444 ElectricalBreakdownofAnodicAluminumOxideFilmsforElectrowettingSystems–M.Mibus,E.Nein,A.Sapkota,C.Knospe,M.Reed,andG.Zangari(UniversityofVirginia)

16:40 2445 UltrafastCarrierDynamicsinGreen-SensitiveOrganicPhotodiodes–S.Sul,K.Lee,D.Leem,K.Kim,andH.Han(SamsungAdvancedInstituteofTechnology)

17:00 2446 SingleChamberHFCVDProcessforGrowthofDiamond,GrapheneandCNTs–S.Albin(NorfolkStateUniversity),R.Vispute,andA.Seiser(BlueWaveSemiconductors,Inc.)

10:40 2411 ControlledFabricationofOrdered3DPorousAluminaNanostructureswithDesignedCellRatiosbyStepwiseAnodization–S.Chu,Y.Hitoshi(IwateUniversity),K.Wada,S.Inoue,andH.Segawa(NationalInstituteforMaterialsScience)

11:00 2412 Self-OrderedSub-10nmNanoporousAnodicAluminaMembranes:ANewToolforNanotechnology–E.Moyen,L.Assaud,K.Pitzschel,L.Masson,M.Hanbücken,andL.Santinacci(CNRS–Aix-MarseilleUniversity)

11:20 2413 ElectrochemicalFormationofOrderedPoreArraysonMetallicSubstrates–H.Tsuchiya(OsakaUniversity),M.Kim,Y.Terada(DivisionofMaterialsandManufacturingScience,GraduateSchoolofEngineering,OsakaUniversity),andS.Fujimoto(OsakaUniversity)

11:40 2414 NewCheapAnodicAluminumOxideCompositeMembranesbyLithographyTechnique–J.Kaewsuk(KoreanElectrotechnologyResearchInstitute),J.Kim,M.Kim,T.N.Nguyen,J.Ahn,andD.Jeong(KoreaElectrotechnologyResearchInstitute)

12:00 2415 DependenceoftheReactivityofSiliconDioxideLayersonthePorousStructure–F.N.Dultsev(InstituteofSemiconductorPhysicsSBRAS)

Device Applications – 14:00 – 16:00Co-Chairs: V. Tabard-Cossa and C. Lévy-Clément

14:00 2416 NanostructureModifiedPorousInterfacesforEnhancedSensingandDirectedMicrocatalysis–J.GoleandW.Laminack(GeorgiaInstituteofTechnology)

14:30 2417 MiniaturizationofHydrogenGasSensorsbyUsingAnodizationProcessesofTitanium–Y.Kimura,S.Kimura,R.Kojima,andM.Niwano(TohokuUniversity)

14:50 2418 Photoelectric-conversionDevicesBasedonInPPorousStructure–T.Sato,R.Jinbo,andZ.Yatabe(HokkaidoUniversity)

15:10 2419 Multi-FunctionalityofNanosiliconandItsDeviceApplications–N.Koshida(TokyoUniversityofAgricultureandTechnology)


Pore Formation and Characterization – 16:00 – 17:40Co-Chairs: L. Santinacci and K. Kolasinski

16:00 2420 TheEffectofTemperatureandElectrolyteConcentrationonPorousLayersFormedonInPinKOH–N.Quill,R.Lynch,C.O’Dwyer(UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)

16:20 2421 Current-LineOrientedPoreFormationinn-InPAnodizedinKOH–N.Quill,R.Lynch,C.O’Dwyer(UniversityofLimerick),andD.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick)

16:40 2422 FabricationofaSingle-CrystallinePorousInPMembranebyElectrochemicalandPhotoelectrochemicalEtching–M.Gerngross,J.Carstensen,andH.Föll(Christian-Albrechts-UniversityofKiel)

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E3Chemical Mechanical Polishing 12DielectricScienceandTechnology317B, Level 3, Hawaii Convention Center

CMP Symposium (E3) Day 1 – 08:00 – 15:40Co-Chairs: Robert Rhoades and Gautam Banerjee

08:00 IntroductoryComments(30Minutes)08:30 2485 CorrosionInhibitionEffectofOrganicAdditive

onRuFilminColloidalSilicaBasedSlurrywithSodiumPeriodate–H.Cui,J.Lim,J.Cho,H.Hwang,J.Park,andJ.Park(HanyangUniversity)

09:10 2486 ElectrochemicalCharacterizationsonChemicalMechanicalPolishingCompositionsofPolishingRutheniumFilmsinCMPProcesses–T.X.Shi,J.Henry,andJ.Schlueter(DANanoMaterials)

09:30 2487 BrushScrubbingScratchesReductionMethodsinPostCMPCleaning–H.Soondrum(Globalfoundries)

09:50 Intermission(20Minutes)10:10 2488 StudiesonSlurryDesignFundamentalsfor

AdvancedCMPApplications–G.Basim,A.Karagoz(OzyeginUniversity),L.Chen,andI.Vakarelski(KingAbdullahUniversityofScienceandTechnology)

10:30 2489 ManagingCorrosionduringtheChemicalMechanicalPolishing(CMP)ofMetalFilms–J.Schlueter,J.Henry,andT.X.Shi(DANanoMaterials)

10:50 2490 MicrostructureandPatternSizeDependenceofCopperCorrosioninSubmicron-ScaleFeatures–U.Lee,J.Choi,J.Won(SamsungElectronics),H.Lee(Dong-AUniversity),H.Sohn,andT.Kang(SeoulNationalUniversity)

11:10 2491 ScratchingofPatternedCompositeSurfacesbyPadAsperitiesinChemical-MechanicalPolishing–S.Kim,N.Saka,andJ.Chun(MassachusettsInstituteofTechnology)

11:30 2492 EffectofChelatingAgentonChemicalMechanicalPolishingPerformanceforPolycrystallineGe2Sb2Te5Film–J.Cho,J.Lim,S.Woo(HanyangUniversity),E.Hwang(HynixSemiconductorInc.),andJ.Park(HanyangUniversity)

11:50 LunchBreak(70Minutes)13:00 2493 MetalOxideNanoFilmCharacterizationfor

CMPOptimization–G.Basim,A.Karagoz,andZ.Ozdemir(OzyeginUniversity)

13:40 2494 NovelRuCMPSlurryUsingTiO2NanoParticleasAbrasiveandH2O2asOxidizer–J.Park,H.Cui,J.Lim,J.Jo,H.Hwang,andJ.Park(HanyangUniversity)

14:00 2495 MetalClearingProcessControlinMetalCMP–K.Xu,I.Carlsson,T.Liu,S.Shen,B.Swedek,Y.Wang,X.Xia,D.Bennett,W.Tu,andL.Karuppiah(AppliedMaterialsInc.)

14:20 Intermission(20Minutes)14:40 2496 Post-CMPCleaningofCopperInterconnectsat

Sub-32nmTechnologyNode–T.Dnyanesh,M.Rao(AirProducts&Chemicals),andG.Banerjee(AirProductsandChemicals)


E1 – Poster Session – 18:00 – 20:00Co-Chairs:R.TodiandO.M.Leonte

• 2447 TheSystematicStudyandSimulationModelingonDislocationEdgeStressEffectsforSiN-MOSFETs–M.Liao,C.Chen,L.Chang,C.Yang(NationalTaiwanUniversity),C.Hsieh(IndustrialTechnologyResearchInstitute),andM.Lee(NationalTaiwanNormalUniversity)

• 2448 TheInvestigationontheRelaxationofIntrinsicCompressiveStressinCMOSTransistorsbyAdditionalNIMPTreatmentandAFM-RamanStressExtraction–M.Liao,C.Chen,L.Chang,C.Yang(NationalTaiwanUniversity),C.Hsieh(IndustrialTechnologyResearchInstitute),andM.Lee(NationalTaiwanNormalUniversity)

• 2449 PlasmonicColorFiltersforOLEDbyLaserInterferenceLithography–J.Park(KoreaUniversity),Y.Do(KAIST),B.Hwang(KoreaUniversity),K.Choi(KAIST),andB.Ju(KoreaUniversity)

• 2450 HotCarriereffectsbyGateInducedDrainLeakageCurrent–K.Kim(SamsungElectronicsCo.),C.Han,J.Lee,D.Kim,H.Kim(SungkyunkwanUniversity),H.Lee(SamsungElectronicsCo.),andB.Choi(SungkyunkwanUniversity)

• 2451 DevelopmentofVisualInspectionSystemforMetalSurfacewithMultivariatePatternAnalysis–K.Shigyo,T.Matsumoto,K.Sakiyama(MitsubishiElectricCorporation),andH.Kobayashi(MitsubishiElectricMETECS)

• 2452 EffectsofTungstenCompositionRatioonthePropertiesofW-In-Zn-OFilmsDepositedbyRFMagnetronSputtering–G.Heo(KoreaInstituteofIndustrialTechnology),B.Oh(LINKLINEINC),J.Park(KoreaInstituteofIndustrialTechnology),Y.Lee,Y.Lee,andD.Shin(ChosunUniversity)

• 2453 Fabricationofn-typeSemiconductivePolycrystallineDiamondbyIncorporatingPhosphorousAtoms–A.Nakahara,H.Naragino,K.Yoshinaga,S.Tanaka,andK.Honda(YamaguchiUniversity)

• 2454 CarrierTransportMechanismatMetal/AmorphousGalliumIndiumZincOxideInterfaces–S.Kim,C.Choi,andH.Kim(ChonbukNationalUniversity)

• 2455 GlowthofAlNSingleCrystalsbySublimationMethod–Y.Oshima,M.Nakamura(Nationalinstituteformaterialsscience),Y.Masa(SumitomoMetalMiningCo.,Ltd.),E.G.Villora,K.Shimamura(NationalInstituteforMaterialsScience),andN.Ichinose(WasedaUniversity)

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08:40 2547 EffectofStressandMeasurementConditionsinDeterminingtheReliabilityofSiCPowerMOSFETs–A.Lelis,R.Green,M.El,andD.Habersat(U.S.ArmyResearchLaboratory)

09:00 2548 POCl3AnnealingasaNewMethodforImproving4H-SiCMOSDevicePerformance–H.Yano,T.Hatayama,andT.Fuyuki(NaraInstituteofScienceandTechnology)

09:20 2549 PassivationinHigh-PowerSiDevices–AnOverview–U.Grossner,A.Mihaila,U.Vemulapati(ABBCorporateResearch),andC.Corvasce(ABBSwitzerlandLtd.,Semiconductors)


High-Frequency Power Transistors – 10:00 – 12:00Co-Chairs: Mike Spencer and Joachim Wurfl

10:00 2550 BroadbandGaNPowerAmplifiers–S.Leong(PolyFETRFDevices)andK.Shenai(UniversityofToledo)

10:20 2551 APromisingNewn++-GaN/InAlN/GaNHEMTConceptforHigh-FrequencyApplications–V.PalankovskiandJ.Kuzmik(TUWien)

10:40 2552 AchievingLowDoped(<1016)GaNwithLargeBreakdownVoltages(~1000V)–K.A.Jones,R.P.Tompkins,M.A.Derenge,K.W.Kirchner,S.Zhou(ArmyResearchLab.),R.Metzger,J.Leach(KymaTechnologies),P.Suvana,M.Tungare,andF.Shahedipou-Sandvik(SUNY-Albany)

11:00 2553 GaNTechnologyforMillimeterWavePowerAmplifiers–A.K.Oki,M.Wojtowicz,B.Heying,I.Smorchkova,B.Luo,andM.Siddiqui(NorthropGrummanAerospaceSystems)

11:20 2554 ASimpleandAccuratePhysics-BasedCircuitSimulationModelforDepletion-ModeGaNPowerTransistors–K.Shenai(UniversityofToledo)andS.Leong(PolyFETRFDevices)

11:40 2555 CurrentStatusandFutureProspectsofGaNHEMTsforHighPowerandHighFrequencyApplications–T.Kikkawa,M.Kanamura,T.Ohki,K.Imanishi,K.Watanabe,andK.Joshin(FujitsuLaboratoriesLtd.)

12:00 2556 S-Band300WOutputSiCMESFET–S.Cai,L.Li,J.Li,J.Mo,B.Liu,andZ.Feng(ScienceandTechnologyonASICLab.)

GaN Power Transistors and Converters – 14:00 – 16:00Co-Chairs: Reenu Garg and Ken Jones

14:00 2557 LowDynamicON-ResistanceinAlGaN/GaNPowerHEMTsObtainedbyAlNThinFilmPassivation–K.Chen,S.Huang,andQ.Jiang(HongKongUniversityofScienceandTechnology)

14:20 2558 ThicknessDependentElectricalCharacteristicsofAlGaN/GaNMOSHEMTwithLa2O3GateDielectrics–J.Chen,K.Tsuneishi,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori,andH.Iwai(TokyoInstituteofTechnology)

14:40 2559 FieldControlEnergy-Band(FCE)TechnologyforGaN-BasedHeterostructurePowerDevices–W.Chen,Z.Wang,X.Deng,andB.Zhang(UniversityofElectronicsScienceandTechnologyofChina)

15:00 2497 EffectofIron(III)NitrateConcentrationonTungstenChemical-Mechanical-PolishingPerformance–J.Lim,J.Cho,H.Hwang,H.Cui,J.Park,andJ.Park(HanyangUniversity)

15:20 2498 EffectofslurryonVaporDepositionPolymerization(VDP)ChemicalMechanicalPlanarization(CMP)inThrough-SiliconVia(TSV)Applications–I.Ali,B.Sapp,R.Quon,S.Kruger(SEMATECH),K.Maekawa,K.Sugita,H.Hashimoto(TEL),M.Stender,J.Dysard(Cabotmicroelectronics),andS.Arkalgud(SEMATECH)


E3 – Poster Session – 18:00 – 20:00Co-Chairs: Robert Rhoades and Gautam Banerjee

• 2499 EffectsofPolishingParametersontheEvolutionof3-DWaferPatternduringCMP–L.Wu(LanzhouUniversityofTechnology)

• 2500 TheStepHeightReductioninSTI-CMPbyControllingtheAdhesionForcebetweenAbrasiveandPolishingPad–J.Seo,J.Moon,K.Kim,W.Sigmund,andU.Paik(HanyangUniversity)

• 2501 ControlsofInteractionsamongPolishingPad,Abrasive,andOxideFilmbyModificationofPolyethyleneimine(PEI)onUnder30nmCeriaAbrasiveCMPSlurry–J.Moon,J.Bae,K.Park,K.Kim,H.Park,andU.Paik(HanyangUniversity)

• 2502 BottomElectrodeSurfaceTreatmenteffectonMTJinMRAMDevice–C.Kim,J.Jung,I.Yoon,B.Yoon,J.Park,andS.Jung(SamsungElectronicsCo.Ltd.)

• 2503 ImprovedRemovalRateinOrganicAdditiveAssistedCeriaChemicalMechanicalPlanarization–J.Bae,J.Seo,K.Park,J.Moon,H.Park,andU.Paik(HanyangUniversity)

• 2504 AModelingStudyontheLayoutImpactofWith-In-DieThicknessRangeforSTICMP–S.Kincal(MiddleEastTechnicalUniversity)andG.Basim(OzyeginUniversity)


SiC MOS Devices – 08:00 – 10:00Co-Chairs: Mietek Bakowski and Stan Atcitty

08:00 2545 BandDiagramsandTrapDistributionsinMetal-SiO2-SiC(3C)StructureswithDifferentMetalGates–H.M.Przewlocki,T.Gutt,K.Piskorski(InstituteofElectronTechnology),andM.Bakowski(AcreoAB)

08:20 2546 Angle-ResolvedXPSStudiesonTransitionLayersatSiO2/SiCInterfaces–H.Okada,A.Komatsu,M.Watanabe(TokyoCityUniversity),Y.Izumi,T.Muro(JapanSynchrotronRadiationResearchInstitute),andH.Nohira(TokyoCityUniversity)

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09:20 2611 CharacterizationofStressTransferfromProcessInducedStressorLayertoSubstrateinMOSFETs–R.THOMAS,D.Benoit,A.Pofelski,L.Clement,P.Morin(STMicroelectronics),D.Cooper(CEALETI),andF.Bertin(CEA-LETI)

Nano-Wire Technology – 10:00 – 11:20Co-Chairs: Hemanth Jagannathan and Kajuhiko Endo

10:00 2612 SiNanowireTechnology–H.Iwai(TokyoInstituteofTechnology)

10:30 2613 FabricationofHigh-QualityGOIandSGOIStructuresbyRapidMeltGrowthMethod–NovelPlatformforHigh-MobilityTransistorsandPhotonicDevices–-H.Watanabe,Y.Suzuki,S.Ogiwara,N.Kataoka,T.Hashimoto,T.Hosoi,andT.Shimura(OsakaUniversity)

11:00 2614 AStudyofMetalGatesonHfO2usingSiNanowireFieldEffectTransistorsasPlatform–Q.Li(GeorgeMasonUniversity),H.Zhu,H.Yuan,O.Kirillov(NIST),D.Ioannou(GeorgeMasonUniversity),J.Suehle,andC.A.Richter(NIST)

EOT Scaling – 11:20 – 12:20Co-Chairs: Shinichi Takagi and Sven Van Elshocht

11:20 2615 AggressiveSiGeChannelGateStackScalingbyRemoteOxygenScavenging:pFETPerformanceandReliability–M.M.Frank,E.A.Cartier,T.Ando,S.W.Bedell,J.Bruley,Y.Zhu,andV.Narayanan(IBMT.J.WatsonResearchCenter)

11:40 2616 InterfacePropertiesLa-SilicateMOSCapacitorswithTungstenCarbideGateElectrodeforScaledEOT–T.Kamale(TokyoInstituteofTechnology),R.Tan(NingboUniversity),K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori,T.Hattori,andH.Iwai(TokyoInstituteofTechnology)

12:00 2617 RemoteScavengingTechnologyusingTi/TiNCappingLayerInterposedinaMetal/High-kGateStack–X.Ma,X.Wang,K.Han,W.Wang,andT.Ye(ChineseAcademyofSciences)

Interface Related Studies – 14:00 – 15:10Co-Chairs: Andrew Kummel and Koji Kita

14:00 2618 BandLineupIssuesRelatedwithHigh-k/SiO2/SiStack–J.Xiang,X.Wang(ChineseAcademyofSciences),T.Li(InstituteofMicroelectronicsofChineseAcademyofSciences),C.Zhao,W.Wang(ChineseAcademyofSciences),Q.Liang,J.Li(InstituteofMicroelectronicsofChineseAcademyofSciences),D.Chen,andT.Ye(ChineseAcademyofSciences)

14:20 2619 SchottkyBarrierHeightatTiN/HfO2InterfaceofTiN/HfO2/SiO2/SiStructure–K.Han,X.Wang,W.Wang(ChineseAcademyofSciences),J.Zhang(NorthChinaUniversityofTechnology),J.Xiang,H.Yang,C.Zhao,D.Chen,andT.Ye(ChineseAcademyofSciences)

15:00 2560 Electro-ThermalCircuitModelingofPowerInductors–K.Shenai(UniversityofToledo),J.Wu,andH.Cui(UniversityofTennessee)

15:20 2561 eGaNFETsinLowPowerWirelessEnergyConverters–M.A.DeRooijandJ.T.Strydom(EfficientPowerConversionCorp.)


SiC Bipolar Power Diodes – 16:00 – 18:00Co-Chairs: Mike Dudley and Aivars Lelis

16:00 2562 IonImplanted4H-SiCp-i-nDiodes:Comparisonbetween1600-1650°Cand1950°CPostImplantationAnnealing–R.Nipoti(CNR-IMMofBologna)

16:20 2563 ThermalBehaviorofSiCPowerDiodes–J.Millán(IMB-CNM-CSIC),P.Godignon,andV.Banu(CNM-CSIC)

16:40 2564 MultilayerEpitaxialGrowthandFabricationof4H-SiCBJTwithDoubleBaseEpilayers–Y.Zhang,L.Yuan,Y.Zhang,X.Tang,Q.Song,X.Zhang,andQ.Zhang(XidianUniversity)

17:00 2565 MeritsofBuriedGridTechnologyforSiCJBSDiodes–M.Bakowski(AcreoAB),J.Lim,andW.Kaplan(Acreo)

17:20 2566 TowardsVeryHighVoltageSiCPowerDevices–D.Planson,P.Brosselard,D.Tournier(UniversitédeLyon,INSAdeLyon,CNRSUMR5005AmpereLab),andC.Brykinski(UniversitédeLyon,UniversitéLyon1,CNRSUMR5615LaboratoiredesMultimatériauxetInterfaces)

Panel #3: Switch vs. Reverse Conducting Diode in a Power Module – 18:00 – 20:00Co-Chairs: Krishna Shenai and Durga Misra

18:00 IntroductionofPanelists(15Minutes)18:15 StanAtcitty(10Minutes)18:25 M.Bakowski(10Minutes)18:35 T.Funaki(10Minutes)18:45 S.Sato(10Minutes)18:55 R.Ranstad(10Minutes)19:05 K.Hobart(10Minutes)19:15 Q&A(45Minutes)


Strain Characterization – 09:00 – 09:40Co-Chair: Samares Kar

09:00 2610 DevelopmentofUltrathinGoldFilmTensileTestingbyFloatingSpecimenonWaterSurface–J.Kim,A.Nizami(KAIST),H.Lee,S.Hyun(KoreaInstituteofMachineryandMaterials),andT.Kim(KAIST)

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Low-Dimensional Materials for Functional Devices II – 08:20 – 09:40Co-Chairs: Hiroyuki Sugimura and Zhiyong Fan

08:20 2697 TransparentConductiveCNT/PMMANanocompositeViaElectrostaticAdsorptionTechnique–H.Muto,N.Hakiri,G.Kawamura,andA.Matsuda(ToyohashiUniversityofTechnology)

08:45 2698 TransferPrintingofCompoundSemiconductorNanostructuresonHeterogeneousSubstrates–H.Ko(UlsanNationalInstituteofScienceandTechnology)

09:10 2699 ElectrochemicalGrowthofVerticallyStandingNiNanorodArraysonSiSubstrateandtheLow-DimensionalEffectonTheirEnhancedColdFieldElectronEmissionProperties–A.N.BanerjeeandS.Joo(YeungnamUniversity)

09:25 2700 FormationofGe-NanodotsCappedwithSiCLayerbyGas-SourceMBEUsingMMGeandMMSi–K.Yasui(NagaokaUniversityofTechnology),Y.Anezaki,K.Sato,A.Kato(NagaokaUniversityofTechnology),T.Kato(NagaokaUniversityofTechnology),M.Suemitsu(TohokuUniversity),Y.Narita(YamagataUniversity),andH.Nakazawa(HirosakiUniversity)

Low-Dimensional Materials for Functional Devices III – 10:00 – 11:55Co-Chairs: Xudong Wang and Hyunhyub Ko

10:00 2701 ExtremelyStretchableElectrodesbeyondIntrinsicLimitOriginatedfromThreeDimensionalNanonetworks–J.Park,C.Ahn,K.Hyun,andS.Jeon(KAIST)

10:25 2702 SynthesisandCharacterizationsofInGaAsNanowireParallelArraysforHighPerformanceElectronicDevices–J.Hou,N.Han,F.Wang,S.Yip,F.Xiu,T.Hung,andJ.C.Ho(CityUniversityofHongKong)

10:50 2703 Self-AssemblyofGoldNanoparticaleArraysCovalentlyBondedtoSiliconSurface–H.Sugimura(KyotoUniversity)

11:15 2704 CarbonNanotubeFieldEmitters:FundamentalPropertiesandApplications–Y.Saito(NagoyaUniversity)

11:40 2705 OpticallyPumpedLasinginGalliumNitrideNanorodsStructure–Y.Hsu,S.Chang,K.Sou,M.Shih,H.Kuo,K.Hsu,andC.Chang(NationalChiaoTungUniversity)

Low-Dimensional Materials for Functional Devices IV – 14:00 – 15:45Co-Chairs: Seokwoo Jeon and Johnny Ho

14:00 2706 Three-DimensionalNanowireArchitecturesforHighly-EfficiencyPhotoelectrochemicalElectrodes–X.Wang(UniversityofWisconsin-Madison)

14:40 2620 SiCMOSInterfaceStates:SimilarityandDissimilarityfromSilicon–T.Umeda,Y.Satoh(UniversityofTsukuba),R.Kosugi,Y.Sakuma,M.Okamoto,S.Harada(NationalInstituteofAdvancedIndustrialScienceandTechnology),andT.Ohshima(JapanAtomicEnergyAgency)

Device Manufacturing – 15:20 – 16:20Co-Chair: Samares Kar

15:20 2621 ControlledLateralEtchingofTitaniumNitrideinaCMOSGateStructureusingDSP+–J.C.Foster(Intermolecularinc),S.Metzger,andP.Besser(Globalfoundries)

15:40 2622 TheElectrochemicalKineticsofSelectivelyCorrodingPoly-SiliconinGeneratingLonelyCrater-Defects–L.ShengandE.Glines(ONSemiconductor)

16:00 2623 Local-LoadingEffectsforPure-Boron-LayerChemical-VaporDeposition–V.Mohammadi(DelftUniversityofTechnology),W.DeBoer(TUDelft),T.Scholtes(DelftUniversityofTechnology),andL.K.Nanver(TUDelft)


Materials Issues in ULSI Processing – 08:30 – 09:40Co-Chair: C. Claeys

08:30 2653 IntroductionofNewMaterialsintoCMOSDevices–H.Iwai(TokyoInstituteofTechnology)

09:10 2654 CuContaminationAssessmentandControlin3-DIntegration–M.Koyanagi,K.Lee,J.Bea,T.Fukushima,andT.Tanaka(TohokuUniversity)


Gettering and Defects in Circuits and Devices – 10:00 – 12:10Co-Chairs: M. Koyanagi and E. Simoen

10:00 2655 ModelingofBoronandPhosphorusDiffusionGetteringofIroninSilicon–A.Haarahiltunen,V.Vähänissi,H.Talvitie,M.Yli-Koski,andH.Savin(AaltoUniversity)

10:30 2656 DefectGenerationinDeviceProcessingandImpactontheElectricalPerformances–M.Polignano,I.Mica,G.Carnevale,A.Mauri(MicronSemiconductorItaliaS.r.l.),E.Bonera(Universita’deglistudidiMilano-Bicocca),andS.Speranza(CabotMicroelectronic)

11:00 2657 SegregationBehaviorofCopperandTantaluminOxideFilmandSiSubstrateafterDeviceHeat-treatment–I.Lee,S.Baek,G.Lee,U.Paik,andJ.Park(HanyangUniversity)

11:20 2658 TheCharacteristicsofGetteringAbilityinAdvancedMulti-ChipPackagingThinnedWafer–J.An(SKHynix),J.Kim,J.Kim,K.Lee,H.Kang(LGSiltron),S.Lee,B.Moon,Y.Shin,S.Hwang,andH.Park(SKHynix)

11:40 2659 EffectsofSlowDiffusivityMetallicContaminantonElectricalCharacteristicDegradationforSiliconC-MOSImageSensor–G.Lee,I.Lee,S.Baek,I.Kim,andJ.Park(HanyangUniversity)


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08:40 2752 Positive-Tone,Aqueous-Developable,PolynorborneneDielectric–B.K.Mueller,A.Grillo(GeorgiaInstituteofTechnology),E.Elce(PromerusLLC),andP.Kohl(GeorgiaInstituteofTechnology)

09:00 2753 Ladder-likePolymethylsilsesquioxane(PMSQ)forInterlayerDielectric(ILD)Application–H.Lee,S.Hwang,andK.Baek(KoreaInstituteofScienceandTechnology(KIST))

09:20 2754 EffectofThermalTreatmentonPhysical,ElectricalPropertiesandReliabilityofPorogen-ContainingandPorogen-FreeUltralow-kDielectrics–Y.Cheng,W.Chang,Y.Chang,andJ.Leu(NationalChi-NanUniversity)

Novel Systems Approaches – 10:00 – 11:40Co-Chairs: M. Koyanagi and M. Hayase

10:00 2755 System-in-PackageconceptforaCarbonNanotuberesonator–R.Gueye(SensorsActuatorsandMicrosystemsLaboratory(SAMLAB)EPFL),S.Lee(MicroandNanosysemsLaboratory,ETHZ),T.Akiyama(TheSensorsActuatorsandMicrosystemsLaboratory(SAMLAB),EcolePolytechniqueFédéraledeLausanne(EPFL)),D.Briand(EPFLLausanne),M.Muoh,C.Roman,C.Hierold(MicroandNanosysemsLaboratory,ETHZ),andN.DeRooij(EPFLLausanne)

10:20 2756 ConceptofSpatiallyDividedDeepReactiveIonEtchingofSiusingOxideAtomicLayerDepositioninthePassivationCycle–F.Roozeboom(EindhovenUniversityofTechnology),B.Kniknie,R.Knaapen,M.Smets,A.Illiberi,P.Poodt(TNO,Eindhoven,Netherlands),G.Dingemans,W.Keuning,andW.Kessels(EindhovenUniversityofTechnology)

10:40 2757 AdhesionReliabilityEnhancementofSilicon/Epoxy/PolyimideInterfacesforFlexibleElectronics–S.KimandT.Kim(KAIST)

11:00 2758 TheEffectsofLevelersonCopperViaFillingin3DSiP–M.Jung,K.Kim,andJ.LEE(HongikUniversity)

11:20 2759 DirectMeasurementandEnhancementofAdhesionEnergyofBi-TeThermoelectricThinFilms–C.Kim(KAIST),S.Jeon,H.Lee(SungkyunkwanUniversity),S.Hyun(KoreaInstituteofMachineryandMaterials),andT.Kim(KAIST)

E11Nonvolatile MemoriesDielectricScienceandTechnology/ElectronicsandPhotonics313C, Level 3, Hawaii Convention Center

ReRAM-Bipolar Devices – 08:00 – 09:40Co-Chairs: S. Shingubara and H. Akinaga

08:00 2803 ScalableNon-volatileMemoryandSwitchDeviceforHigh-DensityBipolarReRAMApplications–D.Lee,M.Lee,andU.Chung(SamsungAdvancedInstituteofTechnology)

14:25 2707 PiezoelectronicsofObliquely-AlignedInNNanorodArray–C.LiuandN.Ku(NationalChengKungUniversity)

14:50 2708 Self-organized3-DNanostructuresforPhotonManagementandCost-effectivePhotovoltaics–S.Leung,M.Yu,Q.Lin(HongKongUniversityofScienceandTechnology),K.Kwon(KoreaAdvancedInstituteofScienceandTechnology),K.Ching,K.Yu,andZ.Fan(HongKongUniversityofScienceandTechnology)

15:15 2709 OpticalandSurfaceRecombinationPropertiesofCompoundSurfaceTexturesforHeterojunctionSolarCells–H.Wang(NationalTaipeiUniversityofTechnology),C.Lin(AdvancedTechnologyDepartmentAUOptronicCorporation),andJ.He(NationalTaiwanUniversity)

15:30 2710 GoldNanoparticle2D-ArraysChemicallyImmobilizedasLarge-AreaNear-FieldLightSource–K.Miki(NationalInstituteforMaterialsScience),K.Isozaki,T.Ochiai,T.Taguchi,andK.Nittoh(NationalInstituteforMaterialsScience(NIMS)1-1Namiki,Tsukuba305-0044,Japan)

Low-Dimensional Materials for Energy Converison – 16:00 – 17:20Co-Chairs: Sang-Woo Kim and Chuan-Pu Liu

16:00 2711 Light-andEnergy-HarvestingSchemeEmployingtheNanoscalePhotonManagementintheSolarCellsandthePhotodetectors–J.He(NationalTaiwanUniversity)

16:25 2712 Self-PoweredFlexibleStrainSensor–J.Zhou(HuazhongUniversityofScienceandTechnology)

16:50 2713 ThermalPropertiesofIn2O3Nanowires–C.Hsu,C.Hung,andL.Chou(NationalTsingHuaUniversity)

17:05 2714 OpticalCharacterizationofSiQuantumDots–S.Hu,T.Lin,D.Tsai(NationalTaiwanNormalUniversity),andR.Liu(NationalTaiwanUniversity)


Plasma Processes for Barriers and Dielectrics – 08:00 – 09:40Co-Chairs: G. Mathad and R. Akolkar

08:00 2750 StabilityofGlassyTa-RhDiffusionBarriersforCuMetallization–N.Dalili,Q.Liu,andD.Ivey(UniversityofAlberta)

08:20 2751 InvestigationofTetrahedralAmorphousCarbon(ta-C)asDiffusionBarrierforAdvancedCuMetallizationTechnology–X.Ma,H.Yin,Z.Fu(InstituteofMicroelectronicsofChineseAcademyofSciences),X.Zhang(KeyLaboratoryofBeamTechnologyandMaterialModificationofMinistryofEducation,BeijingNormalUniversity),K.Du(ShenyangNationalLaboratoryforMaterialsScience,InstituteofMetalResearchofChineseAcademyofSciences),J.Yan(InstituteofMicroelectronicsofChineseAcademyofSciences),C.Zhao,D.Chen,andT.Ye(ChineseAcademyofSciences)

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15:20 2815 OhmicandNon-OhmicONStatesinPt/Ta2O5/CuMemristiveSwitches–P.R.Shrestha(NationalInstituteofStandardsandTechnology),A.Ochia(NationalInstituteofSatndardsandTechnology),K.Cheung,J.Campbell(NationalInstituteofStandardsandTechnology),H.Baumgart(OldDominionUniversity),andG.Harris(HowardUniversity)

15:40 2816 ResistiveSwitchingCharacteristicsofN-dopedZnOFilmsUsingAtomicLayerDepsition–T.Huang(PhotonicsandOptoelectronics),W.Chang(NationalTaiwanUniversity),J.Chien(MaterialsScienceandEngineering),C.Kang,P.Yang(NationalTaiwanUniversity),M.Chen(MaterialsScienceandEngineering),andJ.He(NationalTaiwanUniversity)

Flash Memories – 16:20 – 18:00Co-Chairs: K. Kobayashi and Z. Karim

16:20 2817 CurrentStatusofNANDMemoriesanditsFutureProspectwith3DNANDTechnology–T.Endoh(TohokuUniversity)

16:50 2818 AnalysisoftheScalingEffectonNANDFLASHMemoryCellOperation–R.ShirotaandH.Watanabe(NationalChaoTungUniversity)

17:20 2819 TheDevelopmentoftheNovelHighSpeedEraseSchemefor3DStackedNANDFlashMemory–W.Lin(NationalChiaoTungUniversity),R.Shirota(NationalChaoTungUniversity),T.Kuo,N.Mitiukhina,F.Li,andC.Chang(NationalChiaoTungUniversity)

17:40 2820 TemperatureEffectsonPerformanceofnc-MoOxEmbeddedZrHfOHigh-kNonvolatileMemories–C.LinandY.Kuo(TexasA&MUniversity)


E11 – Poster Session – Nonvolatile Memoreis – 18:00 – 20:00Co-Chairs: S. Shingubara and Suzuki

• 2821 CharacteristicsofNano-CrystallineGe2Sb2Te5MaterialforPhaseChangeMemory–T.OhyanagiandN.Takaura(Low-powerElectronicsAssociation&Project)

• 2822 OxygenIonbasedResistiveSwitchinginTa2O5-x/TiO2-xBi-LayerFrameworksfortheNonvolatileMemoryApplications–J.Hong,Y.Bae,andA.Lee(HanyangUniversity)

• 2823 EffectofPost-AnnealingontheResistanceSwitchingCharacteristicofOxygenModulatedHfOxFilms–K.Lee,J.Kim,S.Park,andH.Sohn(YonseiUniversity)

• 2824 PerpendicularMagneticDipolarInteractionofCo/PtNanodotArraysonCarbonNanopostStamps–S.Yoon(GwangjuInstituteofScienceandTechnology),S.Lee(GwagnjuInstituteofScienceandTechnology),andB.Cho(GwagnjuInstititeofScienceandTechnology)

• 2825 Low-TemperatureAnnealedSol-GelDerivedSONOS-TypeFlashMemory–C.WuandY.Yu(GraduateInstituteofBiomedicalMaterialsandTissueEngineering)

08:40 2804 ATwoTerminalVerticalSelectorDeviceforBipolarRRAM–S.Chopra(AppliedMaterials),P.Bafna,P.Karkare,S.Srinivasan,S.Lashkare,P.Kumbhare(IITBombay),Y.Kim,S.Srinivasan,S.Kuppurao(AppliedMaterials),S.Lodha,andU.Ganguly(IITBombay)

09:00 2805 Forming-lessInterfacialResistiveSwitchingMechanismofUltra-ThinHfO2Films–J.Kim,I.Mok,K.Lee,Y.Kim,andH.Sohn(YonseiUniversity)

09:20 2806 HfCapThicknessDependenceinBipolar-SwitchingTiN\HfO2\Hf\TiNRRAMDevice–Y.Chen,G.Pourtois,S.Clima,B.Govoreanu,L.Goux,A.Fantini,R.Degreave,G.Groeseneken,D.Wouters,andM.Jurczak(imec)

PCRAM and FeRAM – 10:00 – 12:00Co-Chairs: N. Takaura and H. Akinaga

10:00 2807 MaterialEngineeringofGexSbyTezandGaxSbyPhaseChangeMaterialsforHighPerformancePhaseChangeMemory–H.Cheng(MacronixInternationalCo.,Ltd.),S.Raoux(IBMT.J.WatsonResearchCenter),T.Hsu,C.Wu(MacronixInternationalCo.,Ltd.),M.BrightSky(IBMT.J.WatsonResearchCenter),H.Lung(MacronixInternationalCo.,Ltd.),andC.Lam(IBMT.J.WatsonResearchCenter)

10:30 2808 AdvancesinALDGSTProcessandEquipmentforsub-20nmPCRAMDevices:Precursordeliv-ery,GSTGapfillandElectricalCharacterization–Z.Karim(AixtronInc),L.Yang(AixtronSE),J.Mack,M.Liu(AixtronInc),U.Weber,P.Baumann(AixtronSE),S.Ramanathan,B.Lu(AixtronInc),W.Czubatyj,S.Hudgens,andT.Lowrey(OvonyxInc)

11:00 2809 CharacterisationofGeTePhaseChangeMaterialDepositedbyPlasmaAssistedMOCVD–L.Dussault(CNRS),C.Vallée,M.Aoukar(LTM/CNRS),D.Jourde,andP.Michallon(CEA/LETI)

11:20 2810 SupercriticalFluidDepositionofBismuthTitanateforEmbeddedFeRAMApplications–Y.Zhao,K.Jung,T.Momose,andY.Shimogaki(TheUniversityofTokyo)

11:40 2811 DepositionMechanismofMetalOxideforFeRAMElectrodeusingFlowTypeSupercriticalFluidDepositionReactor–K.JUNG(Theuniv.Tokyo),T.Momose,andY.Shimogaki(TheUniversityofTokyo)

STT-MRAM and Other Memories – 14:00 – 16:00Co-Chairs: Y. Suzuki and N. Takaura

14:00 2812 ProgressesonHighDensityMRAMswithperpendicularMTJsandChallengestoRealizeNormally-Offsystems–H.Yoda(ToshibaElectronicsKoreaCorporation)

14:30 2813 RacetrackMemory2.0–S.Parkin(IBMAlmadenResearchCenter)

15:00 2814 STT-MRAMDevelopmentandItsIntegrationwithBEOLProcessforEmbeddedApplications–T.Sugii,Y.Iba,M.Aoki,H.Noshiro,K.Tsunoda,A.Hatada,M.Nakabayashi,Y.Yamazaki,A.Takahashi,andC.Yoshida(LEAP)

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09:00 2904 SmoothandDenseCuInSe2FilmGrowthbySelenizationofSputteredMetallicPrecursors–J.Suh(ElectronicsandTelecommunicationsResearchInstitute)

09:20 2905 CIGSElectrodepositionfromImprovedElectrolytes:ElectrochemicalCharacterizationandTransportEffects–M.A.Saeed,O.Gonzalez,andU.Landau(CaseWesternReserveUniversity)

09:40 Intermission(20Minutes)10:00 2906 UseofSurfaceChemistryControlandLow

TemperatureGrowthMethodsforOvercomingPerceivedLimitationsinIII-NitrideEpitaxy–W.Doolittle,M.Moseley,B.Gunning(GeorgiaInstituteofTechnology),andG.Namkoong(OldDominionUniversity)

10:20 2907 ControlledSynthesisofChalcogenideNanocrystalInksforHigh-PerformancePhotodetectorsandSolarEnergyConversion–J.Hu(InstituteofChemistry),Y.Guo(ChineseAcademyofSciences),andL.Wan(InstituteofChemistry)

10:40 2908 CuInS2-andCu2ZnSnS4-basedThinFilmSolarCellsPreparedfromElectrodepositedMetalStacks–S.Ikeda,Y.Otsuka,A.Kyoraiseki,W.Septina,T.Harada,andM.Matsumura(OsakaUniversity)

11:00 2909 ElectrodepositionofIn-SbasedBufferLayersforHighEfficiencyCu(In,Ga)Se2basedSolarCells–E.Chassaing,N.Naghavi,S.Galanti,G.Renou,M.Soro(IRDEP),M.Bouttemy(InstitutLavoisierdeVersailles),A.Etcheberry(CNRS-UVSQ),andD.Lincot(IRDEP)

11:20 2910 OverviewofElectrodepositionBasedCopperIndiumGalliumSelenide(CIGS)SolarCellFabrication–S.Aksu(SoloPowerInc.),S.Pethe,A.Kleiman-Shwarsctein,S.Kundu,andM.Pinarbasi(SoloPower,Inc.)

11:40 2911 ElectrodepsionofCu2ZnSn(S,Se)4(CZTSSe)ThinFilmsfortheThinfilmSolarCellApplication–K.Lee,S.Seo,andJ.Kim(KoreaInstituteofScienceandTechnology)

Novel Photovoltaics – 14:00 – 17:40Co-Chairs: Sunkara, Park, and Tao

14:00 2912 SynthesisofPhasePurePyriteNanowires/NanotubesforSolarEnergyApplications–D.R.Cummins,H.B.Russell,J.Jasinski,andM.K.Sunkara(UniversityofLouisville)

14:20 2913 ElectrodepositionofTin(II)Sulfidefrom1-Butyl-3-methylimidazoliumDicyanamideatHighTemperatureforThinFilmSolarCells–M.Steichen,R.Djemour,D.Regesch,L.Gütay,S.Siebentritt,andP.Dale(UniversityofLuxembourg)

14:40 2914 MultilayerHybridSolarCellusingAnodicTiO2Nanotubes–T.Ma,R.Kojima,D.Tadaki,J.Zhang,Y.Kimura,andM.Niwano(TohokuUniversity)

• 2826 LargeResistiveSwitchingPhenomenonInducedbyMagneticFieldinNanoConductionPath–T.Kato,T.Shimizu,S.Otuka,T.Kyomi,andS.Shingubara(KansaiUniversity)

• 2827 ElectricalPropertiesofSol-GelDerivedPbLaZrTiOxCapacitorswithNonnobleMetalOxideTopElectrodes–Y.Takada,T.Tsuji,N.Okamoto,T.Saito,K.Kondo,T.Yoshimura,N.Fujimura(OsakaPrefectureUniversity),K.Higuchi,A.Kitajima,andA.Oshima(OsakaUniversity)

• 2828 ConverseMagnetoelectriceffectinaRoomTemperatureMultiferroicPb(Zr0.53Ti0.47)1-x(Fe0.5Ta0.5)xO3CeramicSystem–D.A.Sanchez,R.Martinez,A.Kumar,N.Ortega(UniversityofPuertoRico),G.Srinivasan(OaklandUniversity),R.Katiyar,andJ.Scott(UniversityofPuertoRico)

• 2829 ElectricConductionMechanismofResistiveSwitchingMemoryusingAnodicPorousAlumina–S.Otsuka,T.Shimizu,S.Shingubara(KansaiUniversity),N.Iwata,T.Watanabe,Y.Takano,andK.Takase(NihonUniversity)

• 2830 PulseSwitchingPropertyofResetProcessinResistiveRandomAccessMemory(ReRAM)ConsistingofBinary-Transition-Metal-Oxides–T.Moriyama,K.Kinoshita,R.Koishi,andS.Kishida(TottoriUniversity)

• 2831 PhysicalPropertiesElucidationofFilamentsinHfO2-Conducting-BridgeRandomAccessMemory–S.Haswgawa,K.Kinoshita,S.Turuta,T.Fukuhara,andS.Kishida(TottoriUniversity)

• 2832 SwitchingPhenomenainIron-OxideThinFilmsDepositedthroughChemicalVaporDeposition–S.Lee,Y.You,H.Yang,J.Hwang(HongikUniversity),T.Chung,C.Kim(KoreaResearchInstituteofChemicalTechnology),S.Lee(KoreaResearchInstituteofChemistryTechnology),andK.An(KoreaResearchInstituteofChemicalTechnology)

• 2833 PhysicalPictureofFilamentsinResetProcessofResistiveRandomAccessMemoryConsistingofPt/NiO/PtStructure–M.Yoshihara,K.Kinoshita,R.Ogata,andS.Kishida(TottoriUniversity)

E12Photovoltaics for the 21st Century 8DielectricScienceandTechnology/Electrodeposition/ElectronicsandPhotonics/EnergyTechnology/IndustrialElectrochemistryandElectrochemicalEngineering314, Level 3, Hawaii Convention Center

CIGS – 08:20 – 12:00Co-Chairs: Park, Claeys, and Deligianni

08:20 2902 Size-dependentPhotoelectrochemicalPropertiesofSemiconductingCu2ZnSnS4Nanoparticles–T.Torimoto,T.Osaki,T.Nagano,T.Kameyama,S.Suzuki(NagoyaUniversity),andS.Kuwabata(OsakaUniversity)

08:40 2903 ANewApproachtoFabricateSelenide-basedAbsorberLayerUusingStoichiometricSingleTarget–T.Kim,J.Park(KoreaInstituteofIndustrialTechnology),S.Lee,andJ.Kim(ChonnamNationalUniversity)

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11:40 2928 AdvancedDualHardMaskPatterningSchemetoEnableHighResolutionLithographyforsub30nmTechnologyNodes–J.Paul,M.Rudolph,S.Riedel(Fraunhofer-CenterNanoelectronicTechnologies),S.Wege(Plasma-Consulting),C.Hohle,andV.Beyer(Fraunhofer-CenterNanoelectronicTechnologies)

Thin Film Etching Processes and Technologies – 14:00 – 16:00Co-Chairs: D. W. Hess and G. S. Mathad

14:00 2929 TowardsNewPlasmaTechnologiesfor22nmGateEtchProcessesandBeyond–O.Joubert(LTM)

14:40 2930 Precision,Damage-FreeEtchingandCleaningbyElectron-EnhancedReactions:ResultsandSimulations.–H.P.Gillis,S.Anz(SystineInc.),S.Han,J.Su(Caltech),andW.GoddardIII(CaliforniaInstituteofTechnology)

15:20 2931 SimulationsofIndustrialPlasmaProcesses:SF6Etching–S.Lopez-Lopez(QuantemolLtd),A.Williams(UniversityCollegeLondon),D.Brown(QuantemolLtd),andJ.Tennyson(UniversityCollegeLondon)


E13 – Poster Session – 18:00 – 20:00Co-Chairs: O. Leonte and D. W. Hess

• 2932 QuantumChemicalMolecularDynamicsSimulationofGaNEtchingProcessesbyClRadical–K.Yanagiya,H.Ito,T.Kuwahara,T.Ishikawa,Y.Higuchi,N.Ozawa,T.Shimazaki,andM.Kubo(TohokuUniversity)

• 2933 DryEtchingCharacteristicsofPalladiumThinFilmsUsingInductiveCoupledPlasma–J.Kim,D.Lee,J.Kwak(SunchonNationalUniversity),S.Lee(KoreaPolytechnicUniversity),J.Yoon,J.Yang(KoreaBasicScienceInstitute),andJ.Lee(SunchonNationalUniversity)

• 2934 ImprovementinElectricPropertyofITOFilmsatLowTemperature–H.Lee,Y.Han,M.Lee,J.Hur,H.Kim,andH.Lee(KoreaInstituteofIndustrialTechnology)

• 2935 FeatureProfile2Dand3DSimulationwithEtching,DepositionandImplantationProcesses–P.Moroz(TokyoElectronUSHoldings)

• 2936 PreparationofZincOxideFilmsbyCoplanarPlasmaDischargeTechnique–M.Okuya,T.Hanai,M.Iyoda,andK.Nabeta(ShizuokaUniversity)

• 2937 PreparationofPolymerParticlesCoatedwithaDiamond-likeCarbonFilmbyaPolygonalBarrel-PlasmaChemicalVaporDepositionMethod–Y.Honda,S.Akamaru,M.Inoue,andT.Abe(UniversityofToyama)

• 2938 EnhancedOpticalandElectricalPropertyofITObyHydrogenPlasmaandPost-WetTreatment–D.Lee,S.Yang,J.Kim,andJ.Lee(SunchonNationalUniversity)

• 2939 LowTemperatureTiCCoatingProcessbyPlasmaEnhancedChemicalVaporDeposition–H.Masaoka,S.Matsumoto,N.Okamoto,T.Saito,K.Kondo(OsakaPrefectureUniversity),andT.Kan(ULTEX)

15:00 2915 OpticalPropertyofRandomInverted-PyramidTexturesonSiSurfacebyEtchingwithN-FluoropyridiniumSalts–M.Otani,J.Uchikoshi,K.Tsukamoto,T.Hirano(OsakaUniversity),T.Nagai,K.Adachi(DaikinIndustries,Ltd.),K.Kawai,K.Arima,andM.Morita(OsakaUniversity)

15:20 2916 EnhancementofThermalandChemicalStabilitiesofGoldNanorodsEmbeddedinTitaniumOxideFilm–Y.Takahashi,N.Miyahara,andS.Yamada(KyushuUniversity)

15:40 Intermission(20Minutes)16:00 2917 DevelopmentofOrganic-InorganicHybrid

PhotovoltaicCellswithMetalloceneMolecularComplexes–A.IshiiandT.Miyasaka(ToinUniversityofYokohama)

16:20 2918 EffectofAgNano-crystalsonPower-conversion-efficiencyEnhancementforPolymerPhotovoltaicCells–J.Kim,D.Kim,Y.Hwang,J.Shin,J.Park,andJ.Park(HanyangUniversity)

16:40 2919 AnAnalysisonElectrorefiningforSolar-GradeSilicon–M.Tao(ArizonaStateUniversity)

17:00 2920 DislocationAnalysisforaNewMushroom-ShapedGrowthofLarge-SizeMonocrystallineSiliconbySeedCastingTechnique–B.Gao(ResearchInstituteforAppliedMechanics),H.Harada,Y.Miyamura(NationalInstituteforMaterialsScience),S.Nakano,andK.Kakimoto(ResearchInstituteforAppliedMechanics)

17:20 2921 EffectsofMetalContaminationonPower-conversion-efficiencyDegradationforp-typeSiliconSolarCell–S.Baek,I.Lee,H.Yoon,M.Choi,G.Lee,andJ.Park(HanyangUniversity)

E13Plasma Processing 19DielectricScienceandTechnology/ElectronicsandPhotonics324, Level 3, Hawaii Convention Center

Thin Film Etching Processes and Technologies – 08:40 – 12:00Co-Chairs: G. S. Mathad and O. Leonte

08:40 2922 DirectSiGeBFFTPatterningbyDryPlasmaEtching–A.Milenin,L.Witters,B.Deweerdt,C.Vrancken,andM.Demand(IMEC)

09:00 2923 HydrogenPlasma-BasedEtchingofCopper–F.Wu(Globalfoundaries),G.Levitin,T.Choi,andD.Hess(GeorgiaInstituteofTechnology)

09:40 Intermission(20Minutes)10:00 2924 InductivelyCoupledPlasmaEtchingofInP

withCl2/H2/ArPlasma–E.Douglas,J.Stevens,R.Shul(SandiaNationalLaboratories),andS.Pearton(UniversityofFlorida)

10:20 2925 ExtremeNanoEtching–D.L.Olynick,Z.Liu,S.Dhuey,C.Peroz,B.Harteneck,andS.Cabrini(MolecularFoundry,LawrenceBerkeleyNationalLab)

11:00 2926 InvestigationofSynchronizedPulsedPlasmaforHighSelectiveEtchingofSiliconNitrideSpacers–R.Blanc,O.Joubert,T.David(LTM),F.Leverd,andC.Vérove(STMicroelectronics)

11:20 2927 SystematicApproachtoTDMProcessDevelopment–C.W.Johnson,D.Pays-Volard,L.Martinez,andJ.Plumhoff(Plasma-Therm)

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11:00 2993 DevelopmentofPorousInPforSubsequentEpitaxialLayerTransferontoFlexibleSubstrates–X.KouandM.Goorsky(UniversityofCalifornia,LosAngeles)

11:20 2994 EffectofTwo-stepOxidationinGeCondensationonSurfaceRoughnessPropertyofRelaxedSiGelayer-on-insulatorSubstrates–T.Shim,T.Kim,D.LEE(HanyangUniversity),R.Okuyama(SUMCOCorporation),andJ.Park(HanyangUniversity)

11:40 2995 AdvancedCharacterizationofaDirectWaferBonding-compatibleGermaniumExfoliationProcess–I.P.Ferain(TyndallNationalInstitute-UCC),X.Kou,C.Moulet-Ventosa,M.Goorsky(UniversityofCalifornia,LosAngeles),andC.Colinge(TyndallNationalInstitute-UCC)

Bonding for Photonics – 14:00 – 16:00

14:00 2996 Low-TemperatureBondingTechnologiesforPhotonicsApplications–E.Higurashi(TheUniversityofTokyo)

14:40 2997 AdhesiveWaferBondingAppliedforFabricationofTrue-Chip-SizePackagesforSAWDevices–T.Heuser,C.Bauer(EPCOSAG),V.Dragoi(EVGroupE.ThallnerGmbH),andG.Mittendorfer(EVGroup)

15:00 2998 DistortionFreeWaferBondingTechnologyforBacksideIlluminationImageSensors–M.Broekaart,A.Castex,K.Landry,R.Fontaniere,andC.Lagahe-Blanchard(Soitec)

15:20 2999 MonitoringInnerPressureofMEMSDevicesSealedbyWaferBonding–R.Knechtel,S.Hering,andS.Dempwolf(X-FABSemiconductorFoundriesAG)

15:40 3000 Chemical-MechanicalPolishingYAGForWaferBonding–J.McKay(UniversityofCalifornia–LosAngeles),C.Moulet-Ventosa,andM.Goorsky(UniversityofCalifornia,LosAngeles)


Advances in Compound Semiconductor – 08:00 – 12:00

08:00 3034 VCSELsforAtomicClocks–D.K.Serkland,K.Geib,andG.Peake(SandiaNationalLabs)

08:30 3035 Oxide-Semiconductor-BasedTFTsforDisplaysandFlexibleElectronics–C.Wu(NationalTaiwanUniversity)

09:00 3036 DirectObservationofConductingNanofila-mentsinBMOResistiveSwitchingMemory–C.Kang(NationalTaiwanUniversity),W.Kuo,C.Huang(NationalChiaoTungUniversity),W.Chang(NationalTaiwanUniversity),W.Wu,Y.Chu(NationalChiaoTungUniversity),andJ.He(NationalTaiwanUniversity)

09:15 3037 BlochOscillationsinTwo-DimensionalAntidotArrays–W.Pan(SandiaNationalLaboratory)


• 2940 ObservationofVacancy-InducedResistanceChangeinAlGaN/GaNHEMT–C.Cheng,T.Chang,S.Liao,W.Ho,Y.Shiau,T.Chang,andJ.Sen(Chung-ShanInstituteofScience&Technology)

• 2941 PreparationofIZOTransparentConductiveThinFilmbyMicrowaveHeatingTechnique–S.Muto,Y.Kawabata,andM.Okuya(ShizuokaUniversity)

• 2942 EffectofInductivelyCoupledPlasmaontheElectricalandOpticalPropertiesofIndiumTinOxideFilmsDepositedbyIonizedPhysicalVaporDeposition–C.Hong(ElectronicsandTelecommunicationReaseachInstitute),J.Shin,N.Park,K.Kim(ElectronicsandTelecommunicationsResearchInstitute),B.Kim(ElectronicsandTelecommunicationReaseachInstitute),B.Ju(KoreaUniversity),andW.Cheong(ElectronicsandTelecommunicationsResearchInstitute)


Plasma Activation – 08:00 – 09:40

08:00 2988 PlasmaActivationasaPretreatmentToolforLow-TemperatureDirectWaferBondingMaterialsinMicrosystemsTechnology–M.Eichler,P.Hennecke,K.Nagel(FraunhoferInstituteforSurfaceEngineeringandThinFilmsIST),M.Gabriel(SUSSMicroTecLithographyGmbH),andC.Klages(FraunhoferInstituteforSurfaceEngineeringandThinFilmsIST)

08:40 2989 MechanismsforUltra-LowTemperaturePlasmaActivatedDirectWaferBonding–T.Plach(JohannesKeplerUniversity),K.Hingerl(CenterofSurface-andNanoanalytics,JohannesKeplerUniversity),V.Dragoi(EVGroupE.ThallnerGmbH),andM.Wimplinger(EVGroup)

09:00 2990 TreatmentsofDepositedSiO2SurfacesEnablingLowTemperatureDirectBonding–C.Rauer,H.Moriceau,F.Fournel(CEA,LETI),A.Charvet(CEA-LETI),C.Morales(CEA,LETI),N.Rochat,L.Vandroux(CEA-LETI),F.Rieutord(CEA,INAC),T.McCormick,andI.Radu(Soitec)

09:20 2991 RoomTemperatureBondingofPolymertoGlassWafersusingSurfaceActivatedBonding(SAB)Method–T.Matsumae(UniversityofTokyo),M.Nakano,Y.Matsumoto(LantechnicalServiceCo.,Ltd.,Takasaki-shi,Gunma370-3523,Japan),R.Kondo(SchoolofEngineering,TheUniversityofTokyo,Bunkyo-ku,Tokyo113-8656,Japan),andT.Suga(UniversityofTokyo)

Layer Transfer Technologies – 10:20 – 12:00

10:20 2992 Cost-effectivelayertransferbyControlledSpallingTechnology–S.W.Bedell(IBMT.J.WatsonResearchCenter),D.Shahrjerdi(IBMTJWatsonResearchCenter),K.Fogel,P.Lauro,B.Hekmatshoar,N.Li(IBMT.J.WatsonResearchCenter),J.Ott(IIBMT.J.WatsonResearchCenter),andD.Sadana(IBMT.J.WatsonResearchCenter)

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11:30 3093 HighMobilityOxideTFT–S.K.Park,M.Ryu,H.Oh,C.Hwang,S.Yang(ElectronicsandTelecommunicationsResearchInstitute),andS.Lim(HeesungMetalLTD.)

Advanced Applications Continued – 14:00 – 15:50Co-Chairs: H. Hamada and P.-T. Liu

14:00 3094 NanocrystalFloatingGateMemorywithIndium-Gallium-Zinc-OxideChannelandPt-Fe2O3Core-ShellNanocrystals–S.Lee,Q.Hu,J.Lee,Y.Baek,H.Lee,andT.Yoon(MyongjiUniversity)

14:20 3095 TransparentAmorphousOxideSemiconductorsforSystemonPanelApplications–P.Liu,L.Chu,L.Teng,Y.Fan,andC.Fuh(NationalChiaoTungUniversity)

15:00 3096 Thin-FilmTransistorsonGermanium-on-GlassSubstrate–R.G.ManleyandT.Chuang(CorningIncorporated)


Novel Materials and Processes – 15:50 – 17:30Co-Chairs: P.-T. Liu and H. Hamada

15:50 3097 DualIn-Plane-GateThin-FilmTransistorsGatedbyChitosanonPaperSubstrates–Q.Wan(ChineseAcademyofSciences)andW.Dou(NingboInstituteofMaterialTechnologyandEngineering,ChineseAcademyofSciences,)

16:10 3098 HighlyStableIGZOTFTwithElectro-LessNiPlatedCuElectrodes–S.Nam,T.Moon,K.Lee,K.Lee,S.Yoo,W.Shin(LGDisplay),andS.Im(YonseiUniversity)

16:30 3099 LaserPatternedJunctionlessIn-Plane-GateOxideThin-FilmTransistorsArrays–L.ZhuandQ.Wan(ChineseAcademyofSciences)

17:00 3100 TheStabilityandReliabilityofMixedOxide-BasedThinFilmTransistorsUnderGammaIrradiation–T.L.Alford,A.Indluru,andK.E.Holbert(ArizonaStateUniversity)



GeSn Session 1: GeSn Photonics – 08:00 – 09:20Co-Chairs: Benjamin Vincent and Gianlorenzo Masini

08:00 3175 GeSnPhotodetectionandElectroluminescenceDevicesonSi–M.Oehme,E.Kasper,andJ.Schulze(UniversityofStuttgart)

08:30 3176 Ge1-x-ySixSnyPhotodiodeswith1eVPpticalGapsGrownonSi(100)andGe(100)Platforms–R.Beeler,J.Menendez,andJ.Kouvetakis(ArizonaStateUniversity)

08:50 3177 MBEGrowthofGeSnandSiGeSnHeterojunctionsforPhotonicDevices–J.S.Harris,R.Chen,H.Lin,Y.Huo,E.Fei,andT.Kamins(StanfordUniversity)

10:00 3038 SingleDonorDevicesforQuantumComputing–M.Carroll,E.Bielejec,N.Bishop,J.Dominguez,andM.Lilly(SandiaNationalLaboratories)

10:30 3039 SulfideQuantumDotsasaSensitizerforTitaniumDioxidePhotoanodesofSolarCells–T.Li,C.Lin,andH.Teng(NationalChengKungUniversity)

11:00 3040 Multi-ShelledMetalOxideHollowMicrosphere:Design,PreparationandProperty–Z.Dong(InstituteofProcessEngineering,ChineseAcademyofSciences),R.Yu(UniversityofScience&TechnologyBeijing),andD.Wang(InstituteofProcessEngineering,ChineseAcademyofSciences)

11:30 3041 FullyTransparentNon-VolatileMemoryUsingMulti-LayerGrapheneElectrode–P.Yang(NationalTaiwanUniversity),S.Jen(NationalTsingHuaUniversity),W.Chang(NationalTaiwanUniversity),P.Chiu(NationalTsingHuaUniversity),andJ.He(NationalTaiwanUniversity)

11:45 3042 HybridSiliconSolarCellswithHierarchicalStructureforEnergyHarvesting–W.Wei,C.Ho,S.Tai,H.Wang,A.Li,R.Chung(NationalTaipeiUniversityofTechnology),andJ.He(NationalTaiwanUniversity)


TFT Structures and Materials – 08:00 – 10:10Co-Chairs: J. Jang and M. Furuta

08:00 3087 ChannelWidthandChannelLengthDependenciesinAmorphous-Oxide-SemiconductorThin-FilmTransistors:FromaDeviceStructurePerspective–M.Mativenga,J.Um(KyungHeeUniversity),R.Mruthyunjaya,J.Chang,G.Heiler,T.Tredwell(CarestreamHealth,Inc.),andJ.Jang(KyungHeeUniv.)

08:40 3088 AmbipolarSnOThin-FilmTransistorsandInverters–L.LiangandH.Cao(ChineseAcademyofSciences)

09:00 3089 StructureandMaterialConsiderationsforThinFilmTransistorApplicationsbeyondLCDDriving–Y.Kuo(TexasA&MUniversity)


Advanced Applications – 10:10 – 12:00Co-Chairs: M. Furuta and J. Jang

10:10 3090 IssuesofBackplaneTechnologiesforAMOLED–S.Lee,J.Lee,andM.Han(SeoulNationalUniversity)

10:50 3091 ANovelLTPSTFTPixelCircuitforCompensatingIRDropofLargeAreaAMOLEDDisplay–S.Lee,S.Kuk,S.Song,M.Song,andM.Han(SeoulNationalUniversity)

11:10 3092 MemoryThinFilmTransistorwithMonolayeredNanoparticlesthroughChemicalandBiologicalBindings–H.Lee,H.Jung,M.Kim,Y.Kim,S.Oh,andT.Yoon(MyongjiUniversity)

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10:35 3187 PhononDispersionin<100>SiNanowireCoveredwithSiO2FilmCalculatedbyMolecularDynamicsSimulation–T.Watanabe,T.Zushi,M.Tomita,R.Kuriyama,N.Aoki,andT.Kamioka(WasedaUniversity)

10:55 3188 ElectronTransportandStrainMappinginGe-SixGe1-xCore-ShellNanowireHeterostructres–E.Tutuc(TheUniversityofTexasatAustin)

11:25 3189 Liquid-PhaseDepositionofThinSiandGeFilmsBasedonBallisticElectro-reduction–T.Ohta,R.Mentek(TokyoUniv.ofA&T),B.Gelloz(NagoyaUniversity),N.Mori(OsakaUniv.),andN.Koshida(TokyoUniversityofAgricultureandTechnology)

11:45 3190 EvidenceofLayer-by-LayerOxidationofGeSurfacesbyPlasmaOxidationThroughAl2O3–R.Zhang,P.Huang,J.Lin,M.Takenaka,andS.Takagi(TheUniversityofTokyo)


Processing Session 2: Germanium and Nanoscaled Devices – 13:40 – 16:00Co-Chairs: Harold W. Kennel and J. Murota

13:40 3191 GOIsubstrates-FabricationandCharacterization-–A.Sakai,S.Yamasaka,J.Kikkawa,Y.Nakamura(OsakaUniversity),Y.Moriyama,T.Tezuka(GNC,AIST),S.Takeuchi,andK.Izunome(CovalentSiliconCorp.)

14:10 3192 StrainedNanoscaledDevices–D.Gruetzmacher,S.Mantl(ForschungszentrumJülich),Q.Zhao,S.Richter,L.Knoll,J.Moers,J.Gerharz,G.Mussler,D.Buca,andR.Minamisawa(ForschungszentrumJuelich)

14:40 3193 EffectofTwo-stepOxidationinGeCondensationonSurfaceRoughnessPropertyofRelaxedSiGelayer-on-insulatorSubstrates–T.Shim,T.Kim,D.LEE(HanyangUniversity),R.Okuyama(SUMCOCorporation),andJ.Park(HanyangUniversity)

15:00 3194 SimpleFabricationofSuspendedGermaniumStructuresandTheirElectricalPropertiesfromHighQualityGeonSi(001)Layers–V.A.Shah,M.Myronov,C.Wongwanitwatana,R.Morris,M.Prest,J.S.Richardson-Bullock,E.H.Parker,T.E.Whall,andD.R.Leadley(UniversityofWarwick)

15:20 3195 FormationofGradedSiGeonInsulatorbySegregation-ControlledRapid-Melting-Growth–R.Matsumura,Y.Tojo,H.Yokoyama,M.Kurosawa,T.Sadoh,andM.Miyao(KyushuUniversity)

15:40 3196 ModelingTwoDimensionalSolidPhaseEpitaxialGrowthforPatternedGeSubstrates–B.L.Darby,B.R.Yates,A.Kumar(UniversityofFlorida),A.Kontos(AppliedMaterials),R.Elliman(AustralianNationalUniversity),andK.S.Jones(UniversityofFlorida)


Epitaxy Session 2: New Materials – 08:00 – 09:50Co-Chairs: Yihwan Kim and Masao Sakuraba

08:00 3178 BeyondGraphene:SiliceneandGermaneneNovelTwo-DimensionalElectronicMaterials–G.LeLay(Aix-MarseilleUniversity),A.Resta(CNRS-CINaM),B.Ealet(Aix-MarseilleUniversity),P.DePadova(CNR-ISM),T.Bruhn,andP.Vogt(TU-Berlin)

08:30 3179 EpitaxialGrowthofLowDefectSiGeBufferLayersforIntegrationofNewMaterialson300mmSiliconWafers–G.Kozlowski,T.Schroeder(IHP),andP.Storck(SiltronicAG)

09:00 3180 SynthesisofMonocrystallineSilicon-like(III-V)-SiSemiconductors:StructuralandOpticalProperties–A.Chizmeshya,J.Kouvetakis,T.Watkins,R.Beeler,andJ.Menendez(ArizonaStateUniversity)

09:20 3181 StrainedGeCore/Si(Ge)ShellNanowires:StabilityandSurfaceDefectPassivation–P.C.McIntyre(StanfordUniversity)


Emerging Applications Session 1: Quantum Effects / Spintronics – 10:05 – 11:55Co-Chairs: Tejas Krishnamohan

10:05 3182 SpinCoherenceinSiandApplicationstoQuantumInformationProcessing–S.Lyon,A.M.Tyryshkin,J.He,andR.M.Jock(PrincetonUniversity)

10:35 3183 Single-ShotReadoutofSinglet-TripletQubitStatesinaSi/SiGeDoubleQuantumDot–J.Prance,Z.Shi,C.Simmons,D.Savage,M.Lagally(UniversityofWisconsin-Madison),L.Schreiber,L.Vandersypen(KavliInstituteofNanoscience,TUDelft),M.Friesen,R.Joynt,S.Coppersmith,andM.Eriksson(UniversityofWisconsin-Madison)

11:05 3184 ADesignSchemeforTopologicalInsulatorsbasedBonds,Bands,SymmetryandSpinOrbitCoupling–C.Felser,L.Müchler,C.Stanislav(MaxPlanckInstituteChemicalPhysicsofSolids),H.Zhang,andS.Zhang(StanfordUniversity)

11:25 3185 MeasurementandControlofIndividualElectronSpinsinSiliconMOS-basedQuantumDots–H.Jiang(UCLA)


Surfaces and Interfaces Session 2: Nanowires and New Materials – 10:05 – 12:05Co-Chairs: Seiichi Miyazaki and Paul McIntyre

10:05 3186 NonPlanarNonSiCMOS–ChallengesandOpportunities–C.Hobbs,K.Ang,R.Hill,I.Ok,B.Min(SEMATECH),D.Franca(ResearchFoundationofSUNY),H.Stamper,S.Vivekanand,M.Rodgers,S.Gausepohl(CNSE),P.Kirsch,andR.Jammy(SEMATECH)

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Emerging Applications Session 2: Quantum Effects / Spintronics – 16:15 – 17:55Co-Chair: Tejas Krishnamohan

16:15 3206 CoherentManipulationofaSi/SiGe-basedSinglet-TripletQubit–M.G.Borselli(HRLLaboratoriesLLC)

16:45 3207 SpinGenerationandRelaxationinGe/SiGeQuantumWells–G.Isella,F.Bottegoni,S.Cecchi,A.Ferrari,F.Ciccacci(PolitecnicodiMilano),F.Pezzoli,A.Giorgioni,E.Gatti,E.Grilli,M.Guzzi(UniversitàdiMilanoBicocca),C.Lange,N.Koester,R.Woscholski,S.Chatterjee(Philipps-UniversittMarburg),D.Trivedi,P.Li,Y.Song,andH.Dery(UniversityofRochester)

17:15 3208 Enhancement-ModeBuriedStrainedSiliconChannelDoubleQuantumDotwithIntegratedElectrometer–M.Carroll,N.Bishop(SandiaNationalLaboratories),T.Lu,T.Pluym,andP.Kotula(SandiaNationalLabs)

17:35 3209 LocalQuantityAnalysisofNanosizeElectronicsandSpintronicsMaterial–M.SenamiandA.Tachibana(KyotoUniversity)


Reception and Workshop on Next Generatin Devices – 19:00 – 21:30Co-Chair: David Harame

19:00 Reception(30Minutes)19:30 3210 (PanelDiscussion)HowFarCanWePush

SiCMOSandWhataretheAlternativesforFutureULSI–D.Harame(IBMSystemsandTechnologyGroup)

21:00 TakNing(IBM,USA)(5Minutes)21:05 ShinichiTakaga(UniversityofTokyo,Japan)(5

Minutes)21:10 WitekMaszara(GlobalFoundries,USA)(5

Minutes)21:15 CorClaeys(imec,Belgium)(5Minutes)21:20 KenUchida(KeioUniversity,Japan)(5Minutes)21:25 PaoloGargini(Intel,USA)(5Minutes)

F4Emerging Materials and Processes for Energy Conversion and StorageElectrodeposition/Battery/EnergyTechnology313B, Level 3, Hawaii Convention Center

Session I: Advanced Battery Materials and Concepts – 08:00 – 12:20Co-Chairs: Y. Fukunaka and L. Deligianni

08:00 3340 (Invited)TheBatteryoftheFuture:UsingComputationalModelingtoUnderstandtheLimitsofIntercalationSystemsAcrossaWideRangeofChemistries–G.Ceder(MassachusettsInstituteofTechnology)

08:40 3341 Single-StepandLow-TemperatureSynthesisofLayeredLiCoO2ThinFilmElectrodes:AnElectrochemical-HydrothermalRoute–H.Porthault,F.LeCras(CEA),andS.Franger(CNRS)


Optoelectronics Session 3: Receivers, Emitters, and Interconnects – 13:40 – 15:50Co-Chair: Gianlorenzo Masini

13:40 3197 Germanium/SiliconHeterostructuresforTerahertzEmission–R.W.Kelsall,V.Dinh,P.Ivanov,A.Valavanis,L.Lever,Z.Ikonic(UniversityofLeeds),P.Velha,D.Dumas,K.F.Gallacher,D.J.Paul(UniversityofGlasgow),J.Halpin,M.Myrnov,andD.R.Leadley(UniversityofWarwick)

14:10 3198 GePhotodiodesforCMOSPhotonicsOpticalEnginesandInterconnects–S.SahniandG.Masini(Luxtera)

14:40 3199 LongWavelength≥1.9μmGermaniumforOptoelectronicsUsingProcessInducedStrain–P.Velha,D.J.Paul(UniversityofGlasgow),M.Myronov,andD.R.Leadley(UniversityofWarwick)

15:00 3200 SinglePhotonEmittersonSisubstrate–S.Bietti(Universita’degliStudidiMilano-Bicocca),L.Cavigli,M.Abbarchi(Universita’diFirenze),G.Isella,J.Frigerio(PolitecnicodiMilano),C.Frigeri(CNR-IMEMParma),A.Vinattieri,M.Gurioli(Universita’diFirenze),andS.Sanguinetti(Universita’degliStudidiMilano-Bicocca)

15:20 3201 AdvancedGE-ON-SITelecommunicationReceivers–C.R.Doerr(AcaciaCommunications)


Strain Session 1: Channels, Source/Drain, and GaN – 16:15 – 17:45Co-Chair: Ken Uchida

16:15 3202 HeteroepitaxialLatticeMismatchStressRelaxationinNonpolarandSemipolarGaNbyDislocationGlide–J.S.Speck(UniversityofCaliforniaSantaBarbara)

16:45 3203 ChannelStrainEvolutionofRecessedSource/DrainSi1-xCxStructuresbyModifyingScalingFactors–S.Kim,D.Byeon,M.Jung,I.Lee,D.Ko(YonseiUniversity),Y.Kim(AppliedMaterials),andH.Lee(SungkyunkwanUniversity)

17:05 3204 HighGeContentSiGeSelectiveProcessesforManufacturingSource/DrainintheNextGenerationsofpMOSTransistors–A.Hikavyy,W.Vanherle,L.Witters,B.Vincent,J.Dekoster,andR.Loo(imec)

17:25 3205 FormationofUniaxiallyStrainedSi/GeChannelsonSiGeBuffersStrain-ControlledwithSelectiveIonImplantation–K.Sawano,Y.Hoshi,S.Nagakura(TokyoCityUniversity),K.Arimoto,K.Nakagawa(UniversityofYamanashi),N.Usami(TohokuUniversity),andY.Shiraki(TokyoCityUniversity)

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16:00 Intermission(20Minutes)16:20 3354 (Invited)CIGS-BasedSolarCellsPrepared

fromElectrodepositedPrecursorFilms–R.N.Bhattacharya(NationalRenewableEnergyLaboratory)andY.Kim(DasstechCo.,Ltd.,)

17:00 3355 One-StepElectrochemicalDepositionofCu-In-GaMixedOxideThinFilmsforLow-CostCIGSSolarCells–E.Chassaing,A.Duchatelet,T.Sidali,G.Savidand,andD.Lincot(IRDEP)

17:20 3356 ElectrophoreticDeposition:ABottom-upApproachtoFunctionalNanocompositeFilms–M.A.Worsley,A.Pascall,K.Sullivan,T.Olson,C.Orme,J.Satcher,andJ.Kuntz(LawrenceLivermoreNationalLaboratory)

17:40 3357 ElectrodepositionofElementsforThinFilm,PhotovoltaicApplications:CitrateComplexationandPartialCurrentDensities–S.S.ZahmiandE.Podlaha(NortheasternUniversity)


F4 – Poster Session – 18:00 – 20:00Co-Chairs: L. Deligianni and E. Podlaha

• 3358 WetCleanEfficiencyMonitorbySP3SM–Y.ChangChien,M.Yeh,C.Yang,S.Ku(TaiwanSemiconductorManufacturingCompany),C.Wan(NationalTsing-HuaUniversity),C.Hu(NationalTsingHuaUniversity),E.Chen,J.Yan,E.Khuan,K.Joyce(KLA-Tencor),andC.Hu(NationalTsingHuaUniversity)

• 3359 TuningofMesoporeSizeinWO3-basedPhotoaodesforEnhancedVisibleLightDrivenWaterOxidation–D.ChandraandM.Yagi(NiigataUniversity)

• 3360 CISThinFilmSolarCellsfromElectrodepositedCu/InStackedPrecursors–Y.Kim,S.Chae,S.Yoon,M.Jeon(DasstechCo.,Ltd.),andR.N.Bhattacharya(NationalRenewableEnergyLaboratory)

• 3361 VariousMetalOxidesbasedDye-SensitizedSolarCells–S.Kang(ChonnamNationalUniversity)

• 3362 FabricationMediatedbySelf-AssemblyofBlockCopolymerandPhotoelectrochemicalPropertiesofMesoporousWO3Films–D.Chandra,K.Ouchi,andM.Yagi(NiigataUniversity)

• 3363 PreparationandPhotoanodicPropertiesofaChromium-ElectrodepositedTiO2Electrode–R.Tsuriya,M.Kajita,N.Abe,A.Shoji,andM.Yagi(NiigataUniversity)

• 3364 EnergyStorageDevicesfromBiomassConversionByproducts,Lignin–J.Yang(TheUniversityofWisconsin-Madison),S.Gunasekaran(UniversityofWisconsin-Madison),andS.Gunasekaran(TheUniversityofWisconsin-Madison)

• 3365 Pore-FillingAnion-ExchangeMembranesforNon-AqueousRedoxFlowBatteries(RFBs)–M.Kang(SangmyungUniversity),M.Lee(SamsungAdvancedInstituteofTechnology),J.Kim,H.Cha,andJ.Park(SangmyungUniversity)

• 3366 NovelGraphene–PolyethyleneOxideCompositeElectrolyteforHighlyEfficientSolidStateDyeSensitizedSolar–M.Akhtar,Z.Li,J.Jang,andO.Yang(ChonbukNationalUniversity)

09:00 3342 (Invited)FabricationofRechargeableMicroLithium-IonBatterywith3DAnodeand3DCathode–K.Kanamura,K.Yoshima,andH.Munakata(TokyoMetropolitanUniversity)

09:40 Intermission(20Minutes)10:00 3343 EnergyHarvestingDevice–Y.Garsany(EXCET/

NRL)andK.Swider-Lyons(U.S.NavalResearchLaboratory)

10:20 3344 FundamentalStudyofLiDendriteGrowthinIonicLiquid–T.Nishida(Stellachemifacorpo-ration),K.Nishikawa(NIMS),T.Homma,Y.Fukunaka(WasedaUniversity),andM.Rosso(EcolePolytechnique)

10:40 3345 EffectofDissolvedGasinanIonicLiquidElectrolyteforLithiumandLithium/SodiumMetalAnode–J.K.StarkandP.Kohl(GeorgiaInstituteofTechnology)

11:00 3346 Two-dimensionallyPatternedElectrodepositionofSnFilmfromAqueousAcidBath–S.Yagi,E.Takeda,T.Okada(OsakaPrefectureUniversity),D.Mu(BeijingInstituteofTechnology),N.Okamoto,T.Saito,andK.Kondo(OsakaPrefectureUniversity)

11:20 3347 PorousLi2MnO3asaHighCapacityandHighRateCapabilityCathodeMaterial–M.Nookala,T.Penki,andS.Duraisamy(IndianInstituteofScience)

11:40 3348 SynthesisandElectrochemicalPropertiesofCationDopedSpinelLiMxMn2-xO4(M=Ni,Al;0≤x≤0.5)CathodeMaterialsforLi-IonBattery–M.A.Kebede,N.Kunjuzwa,K.I.Ozoemena,andM.K.Mathe(CouncilforScientificandIndustrialResearch)

12:00 3349 ImprovedLithiumStorageandCyclabilityinGraphene/GrapheneOxideWiredMesoporousSnO2–K.ShivaandA.J.Bhattacharyya(IndianInstituteofScience)

Session II: Emerging Materials, Processes and Devices for Solar Cells – 14:00 – 18:00Co-Chair: J. Talbot and K. Kanamura

14:00 3350 (ElectrodepositionDivisionResearchAwardPresentation)ElectrodepositionfortheSynthesisofThinFilmSolarCells–L.Deligianni(IBM,ThomasJ.WatsonResearchCenter)

14:40 3351 (Invited)NewParadigmsforCost-EffectiveIII-VPhotovoltaicTechnology–D.Shahrjerdi(IBMTJWatsonResearchCenter),S.W.Bedell,B.Hekmatshoar(IBMT.J.WatsonResearchCenter),C.Bayram(IBMTJWatsonResearchCenter),N.Li,K.Fogel,P.Lauro(IBMT.J.WatsonResearchCenter),J.Ott(IIBMT.J.WatsonResearchCenter),M.Hopstaken(IBMTJWatsonResearchCenter),andD.Sadana(IBMResearch)

15:20 3352 SiliconBondingStateinFilmsElectrodepositedfromSiCl4inIonicLiquid–J.Komadina,T.Akiyoshi,Y.Ishibashi(WasedaUniversity),X.Wang(SLAC),Y.Fukunaka(WasedaUniversity),P.Pianetta(SLAC),andT.Homma(WasedaUniversity)

15:40 3353 NovelFrontSideMetallizationPprocessesforSiliconbasedSolarCells–A.Bund(TechnischeUniversitätIlmenau),M.Fritz,U.Schmidt(TechnischeUniversitaetIlmenau),O.Luehn,andH.Kuehnlein(RENASolarTechnologyCenterFreiburg)

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17:20 3432 SeparationofMagneticNanoBeadsbyUsingSoftMagneticFluxConcentrators–M.Kaiser,J.Chen,P.Taptimthong,andL.Rissing(LeibnizUniversitaetHannover)

G2Synthesis and Engineering General Session IndustrialElectrochemistryandElectrochemicalEngineering304B, Level 3, Hawaii Convention Center

Water Electrolysis – 08:00 – 09:20Co-Chairs: M. Sudoh and V. Ramani

08:00 3433 ElectroplatedNi-W-SAlloyCathodeforAlkalineWaterElectrolysis–D.Suzuki,K.Someya,T.Suzuki,A.Horie(VantecCo.,Ltd.),R.Miyamoto(UtsunomiyaUniversity),Y.Ishikawa(NipponPlatecCo.,Ltd.),andS.Yoshihara(UtsunomiyaUniversity)

08:20 3434 SizeControlofHydrogenNanobubblebyPt-nanoparticle/RuElectrode–K.KikuchiandT.Okamoto(TheUniverityofShigaPrefecture)

08:40 3435 DegradationofNickelAnodeforAlkalineWaterElectrolysisunderPotentialCycling–H.Ichikawa,K.Matsuzawa(YokohamaNationalUniversity),I.Nagashima(KawasakiHeavyIndustries,Ltd.),A.Manabe(ChlorineEngineersCorp.,Ltd.),Y.Nishiki(PermelecElectrodeLtd.),andS.Mitsushima(YokohamaNationalUniversity)

09:00 3436 WaterElectrolysistoProducetheDryOxygenfortheHumanActiviesundertheClosedEnvironment–Y.Sone,S.Masato(JapanAerospaceExplorationAgency),Y.Tetsuya(DaikiAtakaEngineeringCo.Ltd.),andS.Naoki(JapanAerospaceExplorationAgency)

Electrolyzer – 09:20 – 10:40Co-Chairs: M. Sudoh and V. Ramani

09:20 3437 LowVoltageElectrochemicalProcessforManufacturingSodiumHydroxideandHalogenatedHydrocarbons–B.K.Boggs,S.Gorer,M.Kostowskyj,R.King,J.Miller,andR.Gilliam(CaleraCorporation)

09:40 Intermission(20Minutes)10:00 3438 TheoreticalStudyonPressurizedOperation

ofSolidOxideElectrolysisCells–M.Henke,C.Willich,C.Westner,F.Leucht,W.Bessler,J.Kallo,andK.Friedrich(GermanAerospaceCenter(DLR))

10:20 3439 ElectrolyticConversionofSodiumSaltsinaKraftMill–J.Cloutier(Hydro-Québec)

Soda Electrolysis – 10:40 – 12:00Co-Chairs: M. Sudoh and V. Ramani

10:40 3440 Scale-upofLowEnergyProcessforGenerationofAlkalinity–R.L.King,D.Martinez,J.Miller,S.Gorer,M.Kostowskyj,B.K.Boggs,andR.Gilliam(CaleraCorporation)

11:00 3441 DesignofRechargeableAirDiffusionCathodeofMetal-AirBatteryinAlkalineSolution–Y.Takeshita,S.Fujimoto,andM.Sudoh(ShizuokaUniversity)


Electrodeposition in Spintronics – 08:20 – 12:00Co-Chairs: W. Schwarzacher and Y. Kitamoto

08:20 3422 AligningSuperparamagneticNanoparticlesatTemperaturesMuchHigherthantheBlockingTemperature–W.Schwarzacher,J.Eloi,M.Okuda,andS.WardJones(UniversityofBristol)

09:00 3423 GiantMagnetoelectricEffectinThinFilmComposites–E.Lage,A.Piorra,C.Kirchhof,E.Yarar,D.Meyners,andE.Quandt(UniversityofKiel)

09:40 Intermission(20Minutes)10:00 3424 SiGeSpintronicswithSingle-Crystalline

FerromagneticSchottky-TunnelContacts–K.Hamaya,S.Yamada,andM.Miyao(KyushuUniversity)

10:40 3425 GenerationandDetectionofaPureSpinCurrentUsingCo-basedHeusler-alloySpinInjectorandDetector:ComparisonofCo2FeSiandCo2MnSi–S.Oki,M.Kawano,K.Tanikawa,H.Aoki,S.Yamada,M.Miyao,andK.Hamaya(KyushuUniversity)

11:00 3426 ElectrochemicalSynthesisofFerromagneticMetal-MetalOxideNanocontactsforMagneticFieldSensorApplication–J.George,R.Sharma(UniversityofHouston),S.Elhalawaty,R.Carpenter(ArizonaStateUniversity),D.Litvinov,andS.Brankovic(UniversityofHouston)

11:40 3427 GiantmagnetoimpedanceEffectofLa0.6Bi0.1Sr0.3MnO3atRoomTemperature–S.K.Barik,R.Katiyar(UniversityofPuertoRico),andR.Mahendiran(NationalUniverityofSingapore)

Magnetic Materials for Biomedical Applications – 15:00 – 17:40Co-Chairs: T. Osaka and C. Bonhote

15:00 3428 Lipid-basedMagneticNanomedicinesforCancer–Y.Namiki(TheJikeiUniversity),T.Fuchigami(TokyoInstituteofTechnology),M.Nakagawa(TohokuUniversity),andY.Kitamoto(TokyoInstituteofTechnology)

15:40 3429 FePtMagneticHollowSpheresDesignedforNano-ScaleDrugDeliverySystemTargetedtoCancerTumor–T.Fuchigami(TokyoInstituteofTechnology),M.Nakagawa(TohokuUniversity),Y.Namiki(TheJikeiUniversity),andY.Kitamoto(TokyoInstituteofTechnology)

16:00 3430 FabricationofMagneticNanoparticle-AssemblywithBiodegradablePolymerCore–C.Oka(TokyoInstituteofTechnology),N.Horiishi(BengalaTechnoLab),andY.Kitamoto(TokyoInstituteofTechnology)

16:20 Intermission(20Minutes)16:40 3431 DevelopmentofSpecificDeliveryofMagnetic

NanoparticlesinCancerTissueforHyperthermiaandTheirEstablishmentofSystemforSafetyAssessment–H.Zhang,T.Nakanishi,andT.Osaka(WasedaUniversity)

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G2 – Poster Session – 18:00 – 20:00Co-Chairs: V. Ramani and M. Sudoh

• 3454 CathodicCharacteristicandStructuralAnalysesofaNewCatalystforChlorateElectrolysis–K.Terada(DoshishaUniversity),S.Hatano,K.Hara,A.Kimura(DaisoengineeringCo.Ltd),M.Saito,H.Daimon,M.Inaba,andA.Tasaka(DoshishaUniversity)

• 3455 TIZO/Ag/TIZOMultilayerFilmsfortheApplicationofaVeryLowResistanceTransparentElectrode–G.Heo(KoreaInstituteofIndustrialTechnology),Y.Lee(ChosunUniversity),J.Park(KoreaInstituteofIndustrialTechnology),J.Oh(ChonnamNationalUniversity),D.Shin(ChosunUniversity),andT.Kim(KoreaInstituteofIndustrialTechnology)

• 3456 SynthesisandPropertiesofPentacenesHavingAlkyl-chainsat2,3,9,10-Positions–S.Katsuta(NaraInstituteofScienceandTechnology),C.Ohashi,K.Nakayama(YamagataUniversity),andH.Yamada(NaraInstituteofScienceandTechnology)

• 3457 PreparationandCharacterizationofCathodeActiveMaterialsfromSpentLithiumIonBatteries–J.Moon,J.Ahn,S.Son,H.Lee,H.Kim,andH.Kim(KoreaInstituteofIndustrialTechnology)

• 3458 EnhancementofElectricalConductivityandElectrochemicalActivityofHydrogenatedAmorphousCarbonbyIncorporatingBoronAtoms–H.Naragino,K.Yoshinaga,A.Nakahara,S.Tanaka,andK.Honda(YamaguchiUniversity)

• 3459 DirectPreparationofHighlyFluorescentPyrene-DyesfromNon-FluorescentPrecursorsUponPhotoirradiation–T.Aotake,D.Kuzuhara,andH.Yamada(NaraInstituteofScienceandTechnology)

H1Carbon Nanotubes and Graphene: From Fundamental Properties and Processes to Applications and DevicesFullerenes,Nanotubes,andCarbonNanostructures/DielectricScienceandTechnology/EnergyTechnology/Sensor317A, Level 3, Hawaii Convention Center

Session III – 08:00 – 12:20Co-Chairs: R. Weisman, Z. Liu, and H. Klauk

08:00 3515 EffectofBoricAcidontheNucleationandGrowthofNiNanoparticlesforCNTGrowth–J.Vanpaemel,M.VanderVeen,C.Huyghebaert,S.DeGendt,andP.Vereecken(imec)

08:20 3516 TheEffectofCarbon-NanotubesontheElectrochemicalImpedanceBehaviorofGlassandCarbonfiberswithAA2024andAA7075–Y.Yoon,K.Lafdi,andM.Bouchard(UniversityofDaytonResearchInstitute)

08:40 3517 CarbonNanotubeEnhancedFunctionalCarbonFibersfromRenewableResources–O.Rios,W.E.Tenhaeff,M.McGuire,P.Menchhofer,A.Johs,K.L.More(OakRidgeNationalLaboratory),andD.White(MaryvilleCollege-ORAU)

11:20 3442 DevelopmentofaHighPerformanceSaltElectrolysisCellUsingSoft-Zero-GapMethod–H.Matsui,H.Tanaka,andH.Okido(TokuyamaCorporation)

11:40 3443 ElectrochemicalProcessesinWasteWaterTreatment:ProcessDevelopmentatPilotPlantScale–D.Woisetschlaeger(GrazUniversityofTechnology),M.Koncar(VTUEngineering),andM.Siebenhofer(GrazUniversityofTechnology)

Water Treatment – 14:00 – 15:00Co-Chairs: M. Sudoh and V. Ramani

14:00 3444 RecyclingElectrochemicalMachiningElectrolyteforMetalRecoveryandEliminationofWaste–E.J.Taylor,B.Skinn,H.Garich,andM.Inman(FaradayTechnologyInc.)

14:20 3445 AnodicReactivityofFerrousSulfideParticlesGeneratedinWastewaterTreatment–E.MejiaLikosova(TheUniversityofQueensland),Y.Poussade(VeoliaWaterAustralia),J.Keller,andS.Freguia(AdvancedWaterManagementCentreatTheUniversityofQueensland)

14:40 3446 EnhancedElectrochemicalOxidationofRhodamineBbyTiO2-CoatedGranularActivatedCarbon–X.Li,C.Wang,L.Zhang,Y.Qian,andY.Wang(TsinghuaUniversity)

Anode – 15:00 – 16:00Co-Chairs: M. Sudoh and V. Ramani

15:00 3447 ANovelChlorineEvolutionAnodeforElectrowinningofNon-ferrousMetals–M.MatsudaandM.Morimitsu(DoshishaUniversity)

15:20 3448 PreparationofShape-ControlledPtNanoparticlesbyGalvanostaticElectrolysis–T.Nishimura,T.Nakade,T.Morikawa(TechnologyResearchInstituteofOsakaPrefecture),andH.Inoue(OsakaPrefectureUniversity)


Electrochemical Engineering – 16:00 – 17:40Co-Chairs: M. Sudoh and V. Ramani

16:00 3449 DevelopmentofanElectrolysis-ReversibleHydrogenElectrode(E-RHE)–N.Kamiya(KMLaboratoryCO.,LTD)

16:20 3450 EffectofPtDissolutiononH2O2FormationbyUsingRRDEMethod–K.Ono(ShizuokaUniversity),N.Takeuchi,K.Sekizawa,T.Yoshida(ToyotaMotorCorporation),andM.Sudoh(ShizuokaUniversity)

16:40 3451 CharacterizationandPerformanceofNon-IridiumOxideBasedOxygenEvolutionAnodes–T.ZhangandM.Morimitsu(DoshishaUniversity)

17:00 3452 MathematicalModelingofAmmoniaElectro-OxidationinaRotatingDiskElectrode(RDE)System–L.A.DiazAldana,M.Muthuvel,andG.G.Botte(OhioUniversity)

17:20 3453 ElectrocatalyticSynthesisofHydrogenPeroxideonNon-PreciousCatalysts–F.Hasché(TechnischeUniversitätBerlin),T.Fellinger(MaxPlanckInstituteofColloidsandInterfaces),M.Oezaslan,P.Strasser(TechnischeUniversitätBerlin),andM.Antonietti(MaxPlanckInstituteofColloidsandInterfaces)

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09:00 3518 HighlyConductive,SuperStiffCarbonNanotube-basedMacroassembliesandTheirComposites–M.A.Worsley,M.Merrill,S.Kucheyev,J.Kuntz,T.Han,J.Satcher,M.Stadermann,A.Hamza,J.Biener,andT.Baumann(LawrenceLivermoreNationalLaboratory)

09:20 3519 VerticallyAlignedCarbonNanofiberBasedElectrodeforBiosensorApplications–D.Suazo,J.Rivera(UniversityofPuertoRico),J.Koehne,M.Meyyappan(NASAAmesResearchCenter),andC.Cabrera(UniversityOfPuertoRico)

09:40 `Intermission(20Minutes)10:00 3520 Indene-C60/C70BisadductasAcceptorinPolymer

SolarCells–Y.Li(InstituteofChemistry,ChineseAcademyofSciences)

10:20 3521 SynthesisandSeparationStrategiesforNewFullerenesCreatedinOxidizingAtmospheres–S.Stevenson(Indiana-PurdueUniversity)

10:40 3522 DesignofRobustFunctionalStructuresonCarbonSubstratesUsingSylil-ProtectedAryldiazoniumElectroreduction–Y.Leroux(UniversitedeRennes–CNRS)andP.Hapiot(UniversitedeRennes1)

11:00 3523 PreparationofHydrophilicNano-CarbonParticlesbyElectrolysisandTheirEnvironmentalApplications–S.Ikeda,S.Kawasaki,Y.Hayashi(NagoyaInstituteofTechnology),S.Kita,A.Nobumoto,H.Ono,andS.Ono(Shionco.,ltd.,)

11:20 3524 SynthesisandFunctionsofHybridAssembliesComposedofMetalloporphyrinandHeteropolyoxometallates–T.Kojima(UniversityofTsukuba),A.Yokoyama(EwhaWomansUniversity),T.Ishizuka(UniversityofTsukuba),K.Ohkubo(OsakaUniversity),andS.Fukuzumi(OsakaPrefectureUniversity)

11:40 3525 SynthesisandPropertiesofAcenesPhotochemicallyPreparedfromDiketonePrecursors–H.Yamada,T.Aotake,S.Katsuta,Y.Kaneshige(NaraInstituteofScienceandTechnology),C.Ohashi,andK.Nakayama(YamagataUniversity)

12:00 3526 StabilityComputationsforLa@C76–Z.Slanina(UniversityofTsukuba),F.Uhlik(CharlesUniversity),T.Akasaka(UniversityofTsukuba),andS.Nagase(InstituteforMolecularScience,NINS)


Power – 08:00 – 14:40Co-Chairs: M. Mizuhata and B. Zhu

08:00 3671 ADesignforaMembrane-lessAl/Cl2IonicLiquidFlowBattery–M.Zhang(UniversityofTennessee,Knoxville),T.A.ZawodzinskiJr.(TheUniversityofTennessee),P.Trulove(USNavalAcademy),J.Watson,andR.Counce(UniversityofTennessee,Knoxville)

08:20 3672 ElectrochemicalBehaviorofLithiumMetalElectrodesinIonicLiquidBasedElectrolytes–A.I.Bhatt(CSIROEnergyTechnology)

08:40 3673 IonicLiquidBasedElectrolytesforZn-AirandMg-AirBatteries–P.Howlett,A.A.Torriero(DeakinUniversity),T.Khoo(MonashUniversity),T.Simons(DeakinUniversity),D.MacFarlane(MonashUniversity),andM.Forsyth(DeakinUniversity)

09:00 3674 TheSolidOxide-moltenSaltsIonConductorsandMultifunctionalNanocompositesforAdvancedFuelCells–B.Zhu(KTH)

09:40 Intermission(20Minutes)10:00 3675 TheKineticsofElectrochemicalAlloyingin

LiquidMg-Sb–J.M.Newhouse,H.Kim,andD.R.Sadoway(MassachusettsInstituteofTechnology)

10:20 3676 SpectroscopicAnalysisofCeriaBasedOxide-CarbonateNanocompositeElectrolyteforLowTemperatureSolidOxideFuelCells–M.Mizuhata,K.Takeda(KobeUniversity),R.Raza,andB.Zhu(KTH)

10:40 3677 MeasurementoftheDiffusionCoefficientofCalciumintheCalcium-BismuthLiquidAlloySystem–S.A.Barriga,H.Kim,D.Boysen,andD.R.Sadoway(MassachusettsInstituteofTechnology)

11:00 3678 ElectrochemicalPropertiesofCa-SbAlloysinMoltenSaltElectrolytes–T.Ouchi,H.Kim,andD.R.Sadoway(MassachusettsInstituteofTechnology)

11:20 3679 OxygenReductionReactionatLaNiO3SupportedbyAuRinginLi/NaEutecticCarbonatewithLa2O3–K.Matsuzawa,Y.Esaki,K.Watanabe,K.Ota,andS.Mitsushima(YokohamaNationalUniversity)

11:40 3680 EMIHSO4-basedPolymerElectrolytesandTheirApplicationsinSolidElectrochemicalCapacitors–S.Ketabi,X.Liu,Z.Le,andK.Lian(UniversityofToronto)

12:00 LunchBreak(120Minutes)14:00 3681 ChargeandDischargePropertiesatRoomto

IntermediateTemperatureofSodiumSecondaryBatteriesUsingMoltenNaFSA-MPPyrFSAfortheGreenBaseTransceiverStation(G-BTS)–E.Itani,S.Sakai,K.Nitta,S.Inazawa(SumitomoElectricIndustries,Ltd.),K.Takeno,andT.Seki(NTTDocomo)

14:20 3682 VersatilityofMoltenSaltSynthesisforthePreparationofCathodeandAnodeElectrodeMaterialsforLithium-IonBatteries–M.ReddyandB.Chowdari(NationalUniversityofSingapore)

Separations and Purification – 14:40 – 17:20Co-Chairs: P. Trulove and R. Mantz

14:40 3683 ExploitingtheVersatilityofIonicLiquidsandPolymericIonicLiquidsinChromatographicSeparationsandMicroextractions–J.Anderson(TheUniversityofToledo)

15:20 Intermission(20Minutes)15:40 3684 SeparationofFlueGasComponentsbyIonic

Liquids–FundamentalChemistryandIndustrialApplication–R.Fehrmann,A.Kunov-Kruse,S.L.Mossin,S.Kegnæs,H.Kolding,andA.Riisager(TechnicalUniversityofDenmark)

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• 3696 ComplexFormationandMicropassivationatElectrodepositionofNiobiumCoatingsinAlkaliChloride-FluorideMeltsWithDifferentCationicComposition–E.Marenkova(InstituteofChemistry,KolaScienceCentreRAS)andS.Kuznetsov(KSCRAS)

• 3697 InfluenceoftheSecondCoordinationSphereontheDiffusionCoefficientsofNiobiumFluorideComplexesinChlorideandFluorideMelts–A.Popova,V.Kremenetsky(InstituteofChemistry,KolaScienceCentreRAS),andS.Kuznetsov(KSCRAS)

• 3698 ElectrochemicalBehaviorandElectrorefiningofVanadiuminMeltsContainingTitaniumSalts–O.Kazakova(InstituteofChemistry,KolaScienceCentreRAS)andS.Kuznetsov(KSCRAS)

• 3699 ActivityCoefficientsandSolubilityofLanthanumandPraseodymiuminGallium-IndiumEutecticAlloy–A.Dedyukhin,V.Ivanov,S.Mel’chakov,A.Shchetinskii,V.A.Volkovich,L.Yamshchikov(UralFederalUniversity),A.Osipenko(StateScientificCentreResearchInstituteofAtomicReactors),S.Raspopin(UralFederalUniversity),andM.Kormilitsyn(StateScientificCentreResearchInstituteofAtomicReactors)

• 3700 UraniumActivityandSolubilityinLiquidGa-InEutecticAlloy:AnElectrochemistryStudy–V.A.Volkovich,D.Maltsev,L.Yamshchikov(UralFederalUniversity),A.Osipenko(StateScientificCentreResearchInstituteofAtomicReactors),S.Raspopin(UralFederalUniversity),andM.Kormilitsyn(StateScientificCentreResearchInstituteofAtomicReactors)

• 3701 PrecipitationofRareEarthPhosphatesinNaCl-2CsClEutecticBasedMelts–V.A.Volkovich,A.Ivanov,S.Yakimov,I.B.Polovov,B.Vasin(UralFederalUniversity),T.Griffiths(RedstonTrevorConsulting,Ltd.),A.Chukin,andA.Shtolts(UralFederalUniversity)

• 3702 DevelopmentofRecyclingProcessforRareEarthMagnetsbyElectrodepositionUsingIonicLiquidsMedia–M.Ishii,M.Matsumiya(YokohamaNationalUniversity),andS.Kawakami(DowaEco-SystemCo.Ltd.)

• 3703 ElectrochemicalBehaviorandSolvationAnalysisofRareEarthComplexesinIonicLiquidsMediaInvestigatedbySECMandRamanSpectroscopy–N.Tsuda,M.Matsumiya(YokohamaNationalUniversity),K.Tsunashima(WakayamaNationalCollegeofTechnology),andS.Kodama(NipponChemicalIndustrialCo.Ltd.)

• 3704 InvestigationontheHydrationStateofIonicLiquidstowardtheApplicationasaProteinSolvent–Y.Nikawa,K.Fujita,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3705 DissolutionandStabilizationofProteinsinaHydrophobicIonicLiquidwithHydratedZwitterions–Y.Ito,Y.Kohno,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

16:20 3685 ReactiveSeparationofH2SfromFuelProcessStreamsUsingIonicLiquids–K.Jayne,D.Carr,B.Slote,andM.C.Kimble(ReactiveInnovations,LLC)

16:40 3686 DecompositionofCO2GasinCaCl2-CaOandLiCl-Li2OMoltenSalts–R.O.Suzuki,K.Otake,T.Uchiyama(Eco-Processing),H.Kinoshita(FukushimaCollegeofTechnology),andT.Kikuchi(HokkaidoUniversity)

17:00 3687 TheUseofIonicLiquidsforthePurificationofHeavyMetalsfromCoalAsh–T.E.Sutto(NavalResearchLaboratory)


I3 – Poster Session 2 – 18:00 – 20:00Co-Chairs: L. Haverhals and W. M. Reichert

• 3688 IonicLiquidsTechnologyforAluminumDeposition–T.Naguy,E.Berman(AFRL),N.Voevodin(AFRL/UDRI),P.Brezovec,andM.Miller(CTC)

• 3689 ElectrodeReactionsofPlatinumBromideComplexesinanAmide-TypeIonicLiquid–T.Endo,Y.Katayama,andT.Miura(KeioUniversity)

• 3690 ElectronicStateAnalysesofRedox-ActiveMoleculeTetheredatIonicLiquid/ElectrodeInterfacebyPhotoelectronSpectroscopy–Y.Kanai,Y.Mino,A.Imanishi,Y.Yokota,andK.Fukui(OsakaUniversity)

• 3691 ElectrochemicalDepositionofCobaltontotheSurfaceofCopperUsingaCholineChloride-BasedIonicLiquid–B.Damiano,A.I.Wixtrom,andT.M.Abdel-Fattah(ChristopherNewportUniversity)

• 3692 ElectrochemicalPolishingApplicationsandEISofaNovelCholineChloride-basedIonicLiquid–A.I.Wixtrom,J.Buhler(ChristopherNewportUniversity),C.E.Reece(ThomasJeffersonNationalAcceleratorFacility),andT.M.Abdel-Fattah(ChristopherNewportUniversity)

• 3693 InvestigationofOxidationStateoftheElectrodepositedNeodymiumMetalRelatedwiththeWaterContentsofPhosphoniumIonicLiquids–H.Kondo,M.Matsumiya(YokohamaNationalUniversity),K.Tsunashima(WakayamaNationalCollegeofTechnology),andS.Kodama(NipponChemicalIndustrialCo.Ltd.)

• 3694 ElectrochemicalFormationofTb-NiAlloysinaMoltenLiCl-KCl-TbCl3System–H.Konishi,K.Mizuma,H.Ono,E.Takeuchi(OsakaUniversity),T.Nohira(KyotoUniversity),andT.Oishi(NationalInstituteofAdvancedIndustrialScienceandTechnology)

• 3695 ApplicationofElectrochemicalTransientTechniquesforStudyingNiobiumSpeciationinChlorideMelts–G.Fofanov,I.B.Polovov,M.Chernyshov,V.A.Volkovich,O.Rebrin(UralFederalUniversity),andT.Griffiths(RedstonTrevorConsulting,Ltd.)

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09:00 3787 InfluenceofPeroxodisulfateElectro-GenerationontheElectrochemicalOxidationofFormicAcidonBoronDopedDiamondElectrodes–Y.Honda,S.Fierro(KeioUniversity),C.Comninellis(SwissFederalInstituteofTechnology(EPFL)),andY.Einaga(KeioUniversity)

09:20 3788 EffectofpHonElectrooxidationofFormicAcid/FormateonPlatinum–J.Joo,T.Uchida(HokkaidoUniversity),A.Cuesta(InstitutodeQuímicaFísica“Rocasolano”CSIC),M.T.Koper(LeidenUniversity),andM.Osawa(HokkaidoUniversity)

09:40 Intermission(20Minutes)10:00 3789 InvestigationonMEA-performancesofHighly

DurableSilica-coatedPd/CElectrocatalysts–Y.Sato(JXNipponOil&EnergyCorp),K.Fujii(JXNipponOil&EnergyCorporation),M.Ito(JXNipponOil&EnergyCorp),S.Takenaka,andM.Kishida(KyushuUniversity)

10:20 3790 DurableOxide-BasedCatalystsforApplicationasCathodeMaterialsinPolymerElectrolyteMembraneFuelCells(PEFCs)–E.Fabbri,A.Rabis,A.Foelske-Schmitz(PaulScherrerInstitute),D.Kramer(UniversityofSouthampton),R.Kötz,andT.J.Schmidt(PaulScherrerInstitute)

10:40 3791 NOConversioninPorousCellStacks–R.M.Werchmeister,K.B.Andersen,andK.KammerHansen(TechnicalUniversityofDenmark)

11:00 3792 PhotoelectrochemistryAppliedtoOrganicDyeOxidationandConcomitantHydrogenGeneration–M.B.Zanoni(ChemistryInstitute)andT.Guaraldo(UNESP)

11:20 3793 PreparationofPhotocatalyticTiO2/WO3HollowFiberUsingPolysulfoneasTemplate–K.I.Liu,P.Chen,Y.Hsueh,H.Chen,andT.Perng(NationalTsingHuaUniversity)

11:40 3794 CompositeThinFilmIr1-xNbxO2ElectrocatalystsfortheOxygenEvolutionElectrode–A.Zlotorowicz,F.Seland,andS.Sunde(NorwegianUniversityofScienceandTechnology)

Electrocatalysis VI – General Session – 14:00 – 17:20Co-Chairs: G. Brisard and P. K Shen

14:00 3795 AComparativeStudyofNickelandCobaltbasedNanoparticlesasElectrocatalystforAlkalineWaterElectrolysis–A.Patru,F.Favier(InstitutCharlesGerhardtMontpellier),andN.Jerez(BulaneSAS)

14:20 3796 ChemicalAmplitude:AQuantitativeDescriptorfortheSurfaceReactivityofMetals–L.Zhuang,B.Huang,L.Xiao,andJ.Lu(WuhanUniversity)

14:40 3797 NanostructuredandHybridCarbonFilmsforElectrocatalyticReactionwithBbiomolecules–O.Niwa,T.Kamata,D.Kato(NationalInstituteofAdvancedIndustrialScienceandTechnology),A.Ueda(TokyoInstituteofTechnology),K.Yoshioka(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Umemura(ChibaInstituteofTechnology),andS.Hirono(NationalInstituteofAdvancedIndustrialScienceandTechnology,MESAfty)

• 3706 EffectofCarboxylateAnionsonPolarityandWaterMiscibilityofHydrophobicIonicLiquidsTowardtheMatrixforCelluloseHydrolysis–T.Nakano,Y.Fukaya,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3707 EvaluationofGlucoseOxidaseActivityinIonicLiquidsinthePresenceofSmallAmountofWater–K.Nagata,M.Abe,Y.Fukaya,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3708 HPLCAnalysisofCelluloseDissolvedinIonicLiquids–K.Kuroda,Y.Fukaya,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3709 IonicLiquidFacilitatedIntroductionofFunctionalMaterialsintoBiopolymerPolymerSubstrates–L.M.Haverhals,E.E.Christman(UnitedStatesNavalAcademy),M.P.Foley(U.S.NavalAcademy),E.K.Brown(UnitedStatesNavalAcademy),H.DeLong(AFRL/AFOSR),andP.Trulove(USNavalAcademy)

• 3710 DirectDissolutionofWetandSaliferousMicroalgaewithIonicLiquidsandIsolationofPoly(3-Hydroxybutyrate)–D.Kobayashi,K.Fujita,N.Nakamura,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3711 PreparationofIonicLiquidsComposedofBenzoicAcidDerivativesandTheirPhaseBehaviorwithWater–T.Ando,Y.Kohno,andH.Ohno(TokyoUniversityofAgricultureandTechnology)

• 3712 HighTemperatureStabilityofCarbon-CarbonateMixtureinSolidOxideElectrolyteDCFC–B.Chu,K.Kang,K.Kang(KoreaInstituteofIndustrialTechnology),andJ.Hwang(KITECH)

• 3713 Task-SpecificRoomTemperatureIonicLiquids(RT-ILs)forBiologicalLiquid/LiquidExtraction–A.J.McIntosh,S.A.Goodchild(DstlPortonDown),andT.Welton(ImperialCollege,London)


Electrocatalysis VI – General Session – 08:00 – 12:00Co-Chairs: N. Hoshi and V. Ramani

08:00 3784 ElectrocatalyticOxidationofPhenolwithintheInterlayerSpaceofSurfactant/MnO2MultilayerFilms–M.Nakayama,S.Mito,M.Shamoto,andK.Tomono(YamaguchiUniversity)

08:20 3785 ElectrochemicalStudiesofTernaryAndQuaternaryPtBasedCatalystsforGlycerolOxidation–C.CalimanandJ.Ribeiro(UniversidadeFederaldoEspíritoSanto)

08:40 3786 HighlyActivePd-basedMetallicGlassNanowiresforAlcoholOxidationinAlkalineMedia–R.C.Sekol,M.Carmo,G.Kumar,F.Gittleson(YaleUniversity),K.Sun(UniversityofMichigan),J.Schroers,andA.D.Taylor(YaleUniversity)

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10:20 3810 Ultra-longHollowChalcogenandChalcogenideNanofibersbyGalvanicDisplacementReaction–H.Park,M.Zhang(UniversityofCalifornia,Riverside),C.Chang,H.Jung(UniversityofCalifornia-Riverside),J.Lim(KoreaInstitutteofMaterialsScience),Y.Choa(HanyangUniversity),andN.Myung(UniversityofCalifornia–Riverside)

10:40 3811 PulsedElectrodepositionofBi2Te3/Sb2Te3SuperlatticesinFlowCellsvs.SingleBaths–D.Banga,J.Sugar,D.Medlin,V.Stavila,D.B.Robinson,andP.Sharma(SandiaNationalLaboratories)

11:00 3812 BismuthThinFilms:Growth,StructureandProperties–M.Saini,S.Zheng(YorkUniversity),S.Huang(TheJohnHopkinsUniversity),W.Wang(TheJohnHopkinsUniveristy),C.Chien(TheJohnHopkinsUniversity),andS.Morin(YorkUniversity)

11:20 3813 ElectrochemicalRoutestotheReductionofResistanceinSingle-WalledCarbonNanotubeNetworks–D.Asheghali,N.Bhatt,P.Vichchulada,andM.D.Lay(UniversityofGeorgia)

Surface Limited Redox Replacement – 14:00 – 18:00Co-Chairs: Nikolay Dimitrov and Natasa Vasiljevic

14:00 3814 ThermodynamicsandKineticsAspectsofMetalDepositionviaSurfaceLimitedRedoxReplacementReaction–S.Brankovic(UniversityofHouston)

14:20 3815 DepositionofUltraThinPtFilmsviaSurfaceLimitedRedoxReplacementofUPDLayersonAu–N.Vasiljevic,J.Nutariya(UniversityofBristol),M.Fayette(SUNYatBinghamton),B.Rawlings(UniversityofBristol),andN.Dimitrov(SUNYatBinghamton)

14:40 3816 TheElectrochemicalAtomicLayerDepositionofPtandPdNanoparticlesonNiFoamfortheElectro-OxidationofAlcohols–R.M.Modibedi,E.Louw(CSIR),K.I.Ozoemena,andM.K.Mathe(CouncilforScientificandIndustrialResearch)

15:00 3817 ElectrodepositionofMetalsinCatalystsSyntheses:PlatinumMonolayerElectrocatalystsfortheOxygenReductionReaction–M.Vukmirovic,S.Bliznakov,K.Sasaki,J.Wang,andR.R.Adzic(BrookhavenNationalLaboratory)

15:20 3818 Highly-ActivePtCoatedNPGCatalystforHCOOHOxidation:Synthesis,SLRRCoating,ActivityandDurability–N.Dimitrov(SUNYatBinghamton),M.Kamundi,L.Bromberg,D.McCurry(Chemistry,SUNYBinghamton),M.Fayette(SUNYatBinghamton),andE.Fey(Chemistry,SUNYBinghamton)

15:40 3819 EpitaxialAg(111)OverlayersonNobleMetals–K.SolimanandL.A.Kibler(UniversityofUlm)

16:00 3820 ElectrodepositionofPtThinFilmsbyPulsedPotential–Y.Liu,D.Gokcen,U.Bertocci,andT.Moffat(NationalInstituteofStandardsandTechnology)

15:00 3798 ElectrochemicalCharacterizationofCup-StackedCarbonNanofiber-ModifiedElectrodesanditsApplicationtoBiosensing–K.Komori,S.Ko,S.Komatsu,T.Tatsuma,A.Sakoda,andY.Sakai(UniversityofTokyo)

15:20 Intermission(20Minutes)15:40 3799 Large-ScaleSelf-AssemblyoftheNitrogen-Doped

GraphenewithHighElectrocatalyticActivityforOxygenReduction–C.HeandP.Shen(SunYat-SenUniversity)

16:00 3800 PlasmonicApplicationofPt-GroupMetalNanostructures–K.Ikeda,S.Uchiyama,andK.Murakoshi(HokkaidoUniversity)

16:20 3801 PitFallsintheUseofPointElectrodes–K.KammerHansen(TechnicalUniversityofDenmark)

16:40 3802 RecentDevelopmentonElectroanalyticalApplicationofBoron-DopedDiamondElectrodes–Y.Einaga(KeioUniversity)

17:00 3803 RedoxPropertiesandCatalyticActivityforOxygenReductionReactionofElectropolymerizedAromaticDiamines–S.Kishioka(GunmaUniversity)

I5Electrochemical Atomic Layer Epitaxy and Quantum ConfinementPhysicalandAnalyticalElectrochemistry/Electrodeposition318B, Level 3, Hawaii Convention Center

Semiconductor Deposition I – 08:00 – 09:40Co-Chairs: John Stickney and Stephen Maldonado

08:00 3804 ElectrochemicalLiquid-LiquidSolidDepositionofCrystallineSemiconductorMaterials–J.Gu,E.Fahrenkrug,S.Collins,andS.Maldonado(UniversityofMichigan)

08:20 3805 KesteriteGroupMaterialsThinFilmsbyElettrodepositionforPhotovoltaicApplications–M.Innocenti,I.Bencistà,F.DiBenedetto,S.Cinotti,A.DeLuca,S.Bellandi(UniversityofFlorence),A.Lavacchi(ICCOM_CNR),M.MunizMiranda(UniversityofFlorence),F.Vizza(ICCOM_CNR),andM.Foresti(UniversityofFlorence)

08:40 3806 NewRouteforLowCostFabricationofSemiconductingMaterialsforPhotovoltaicApplications–R.Salazar,S.Sanchez,D.Rouchon(CEA-Leti),C.Levy-Clement(CNRS),andV.Ivanova(CEA-Leti)

09:00 3807 ElectrochemicalAtomicLayerDepositionofPVMaterials–B.Perdue,V.Stickney,J.Stickney(TheUniversityofGeorgia),andD.Banga(SandiaNationalLaboratories)

09:20 3808 CharacterizationofElectrochemicalALDProcessesonBipolarElectrodesUsingConfocalRamanMicroscopy–S.NdzesseandC.Shannon(AuburnUniversity)

Semiconductor Deposition II – 10:00 – 11:40Co-Chairs: John Stickney and Erik Menke

10:00 3809 CadmiumTellurideNanowireElectrodepositionforAdvancedPhotovoltaics–E.Menke,L.Reed,andJ.Hujdic(UniversityofCalifornia)

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09:20 3891 Redox-ActiveAlkaliInsertionMaterialsasInnerContactLayerinAll-Solid-StateIon-SelectiveElectrodes–S.Komaba,C.Suzuki,N.Yabuuchi,S.Kanazawa,T.Hasegawa,andT.Akatsuka(TokyoUniversityofScience)

09:40 3892 SensingCharacteristicsofaFiberBraggGratingHydrogenGasSensorusingSol-GelDerivedPt/WO3Film–S.Okazaki(YokohamaNationalUniversity),Y.Maru,andT.Mizutani(JapanAerospaceExplorationAgency)

10:00 3893 Zirconia-basedElectrochemicalOxygenSensorforAccuratelyDeterminingWaterVaporConcentration–R.E.Soltis(FordMotorCompany)

10:20 3894 FabricationofSurfaceEnhancedRamanScattering(SERS)-activesubstratesbyusingDip-PenNanolithography–K.ChaoandK.K.Ou(TaipeiMedicalUniversity)

10:40 3895 ApplicationofCommercialManufacturingMethodstoMixed-PotentialNOxSensors–C.R.Kreller(LosAlamosNationalLaboratory),P.Sekhar(WashingtonStateUniversityVancouver),W.Li,P.Palanisamy(ESLElectroScience),E.L.Brosha,R.Mukundan,andF.H.Garzon(LosAlamosNationalLaboratory)

11:00 3896 ResearchonFilterMaterialsforLPGasSensors–M.Sai,K.Shinnishi,K.Kaneyasu(FigaroEngineeringInc.),T.Suzuki,andM.Takeuchi(OsakaPrefectureUniversity)


Luminescence from Inorganic Materials – 08:00 – 12:00Co-Chairs: Charles Hunt and David Lockwood

08:00 3926 OptoelectronicandPersistentLuminescencePropertiesinCe3+-DopedGarnetCeramics–J.Ueda,K.Aishima,andS.Tanabe(GraduateSchoolofHumanandEnvironmentalStudies,KyotoUniversity)

08:40 3927 Ce3+-Tb3+EnergyTransferinAluminateGarnets–A.SetlurandJ.Shiang(GEGlobalResearch)

09:00 3928 SystematicStudiesofStructuralandOpticalPropertiesofPureandDopedPyrochloreCrystals–A.Srivastava(GEGlobalResearch)andM.G.Brik(UniversityofTartu)

09:20 3929 ExperimentalandCrystalFieldStudiesofSpectroscopicPropertiesofMn2+IonsinFluorideCrystalsinUV-VUV–M.G.Brik,M.Kirm(UniversityofTartu),M.True(CarlZeissEyeTecGmbH),andG.Zimmerer(HASYLABatDESY)

09:40 3930 ImprovementofLuminescencePropertiesofKSrPO4:EubyaPolymerizableComplexMethodEmployingaWaterSolublePhosphorusOligomer–M.Kim,M.Kobayashi,H.Kato,andM.Kakihana(TohokuUniversity)


16:20 3821 NEAR-SurfaceEquilibriumPhasesinElectrochemicallyFabricatedLow-dimensionalMulti-ComponentCatalysts–F.M.Alamgir,R.Rettew,andA.Vitale(GeorgiaInstituteofTechnology)

16:40 3822 Self-LimitingElectrolessDepositionofNanoscaleRutheniumOxide:Catalyst,Electron/ProtonConductor,BroadbandTransparentOxide–D.R.Rolison,C.N.Chervin,J.W.Long,M.Osofsky,J.Melinger,J.Owrusky,F.Rachford,J.Pietron,andM.Pomfret(U.S.NavalResearchLaboratory)

17:00 3823 In SituStressMeasurementDuringPtDepositionUsingSurfaceLimitedRedoxReplacement–G.Stafford,M.C.Lafouresse(NIST),Y.Liu(NationalInstituteofStandardsandTechnology),J.Shin,andU.Bertocci(NIST)

17:20 3824 FirstPrinciplesStudiesofTrendsinMetalElectrodepositionandReactivity–J.Greeley(ArgonneNationalLaboratory)

17:40 3825 ReductionofNitrateMediatedByMetalUPDonPd-ModifiedAuElectrodesInAqueousElectrolytes–A.J.JebarajandD.J.Scherson(CaseWesternReserveUniversity)


I5 – Poster Session – 18:00 – 20:00Co-Chairs: Nikolay Dimitrov and John Stickney

• 3826 PreparationofSize-quantizedLeadSulfideThinLayeronSilverNanocubesviaElectrochemicalAtomicLayerDeposition–M.Nakano,K.Okazaki,andT.Torimoto(NagoyaUniversity)


J1-5 – Gas and Liquid Phase Chemical Sensors – 08:00 – 11:20Co-Chairs: M. Sailor and S. Uchiyama

08:00 3887 COSensingPropertiesofElectrochemicalGasSensorsusinganAnion-ConductingPolymerasanElectrolyte–T.Goto,T.Hyodo(NagasakiUniversity),K.Kaneyasu(FigaroEngineeringInc.),H.Yanagi(TokuyamaCorp.),andY.Shimizu(NagasakiUniversity)

08:20 3888 InvestigationofZnO-Nanowire-BasedExtended-GateField-Effect-TransistorpHSensors–C.Li,S.Chang,T.Yang,andS.Chang(NationalChengKungUniversity)

08:40 3889 NO2SensingPropertiesofPorousIn2O3-basedPowdersPreapredbyUtilizingUltrasonic-SprayPyrolysisEmployingPMMAMicrosphereTemplates:EffectsoftheSizeofthePMMAMicrospheresonTheirGas-SensingProperties–E.Fujii,T.Hyodo,K.Matsuo,andY.Shimizu(NagasakiUniversity)

09:00 3890 BiosensorsforHealthMonitoring–S.AnastasovaandP.Vadgama(QueenMaryUniversityofLondon)

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16:40 3942 EnhancedElectrochemiluminescenceLight-EmittingDeviceDrivenbyApplicationofACVoltageandItsEmissionMechanism–T.Nobeshima,K.Nakamura,andN.Kobayashi(ChibaUniversity)

J4Microfabricated and Nanofabricated Systems for MEMS/NEMS 10Sensor/DielectricScienceandTechnology/ElectronicsandPhotonics/PhysicalandAnalyticalElectrochemistry311, Level 3, Hawaii Convention Center

Micro/Nanofabrication – 08:00 – 12:00Co-Chairs: Peter Hesketh and Gary Hunter

08:00 IntroductoryRemarks(5Minutes)08:05 3985 Micro-systemsandNanotechnologiesinELISA

andDropletGenerationApplications–C.YehandY.Lin(NationalChengKungUniversity)

08:50 3986 ANovelMicrodevicefortheTreatmentofHydrocephalus–J.Oh(HarvardUniversity),F.Kralick,andH.Noh(DrexelUniversity)

09:25 3987 WaferScaleProcessingofPlasmonicNanoporeArraysin200mmCMOSFabEnvironment–K.Malachowski,R.Verbeeck,T.Dupont,C.Chen,S.Musa,Y.Li,T.Stakenborg,D.Sabuncuoglu,andP.VanDorpe(IMECBelgium)

09:45 Intermission(15Minutes)10:00 3988 TunableYoung’sModulusinCarbonMEMS

usingGraphene-basedStiffeners–C.M.Washburn(SandiaNationalLaboratories),T.Lambert,J.Blecke,D.Davis,P.Finnegan,B.Hance,andJ.Strong(SandiaNationalLabs)

10:20 3989 Residue-FreeDryEtchingofPolymerSacrificialLayerforMicroelectromechanical-SystemDeviceFabrication–K.Takagahara,K.Ono,K.Kuwabara,T.Sakata(NTTMicrosystemIntegrationLaboratories),H.Ishii(ToyohashiUniversityoftechnology),Y.Sato,andY.Jin(NTTMicrosystemIntegrationLaboratories)

10:40 3990 LowCostUVLaserDirectWritePhotolithographySystemforRapidPrototypingofMicrosystems–J.Waynelovich,A.Sepehri(BlackBoxInc),B.Mehta(BlackBoxInc.),S.Kassegne(MEMSLab,SanDiegoStateUniversity),andA.Khosla(SimonFraserUniversity)

11:00 3991 TheCarbonizedSU-8ElctrospunNano-FiberforanElectrodeintheEnergyStorageDevice–H.Kim,J.Woo,Y.Joo,Y.Chun,andC.Kim(Chung-AngUniversity)

11:20 3992 HydrodynamicCellEnrichmentinDoubleSpiralMicrofluidicChannels–J.SUN,M.Li(NationalCenterforNanoscienceandTechnology),C.Liu(InstituteofMechanics,ChineseAcademyofSciences),G.Hu(InstituteofMechanics,CAS),andX.Jiang(NationalCenterforNanoscienceandTechnology)

11:40 3993 NanostructuredColumnarThinFilmsforBiologicalandChemicalSensingApplications–P.Shah(UniverstyofDayton),H.Knachel,A.Sarangan,andK.Hansen(UniversityofDayton)

10:20 3931 RelationshipbetweenEmissionPropertiesandHostStructureforEu2+-dopedPhosphateInvestigatedbyQuantitativeStructureRelationshipandFirstPrinciplesCalculation–H.Takaba(TohokuUniversity),R.Miura,A.Suzuki,N.Hatakeyama,andA.Miyamoto(TohokuIniversity)

10:40 3932 TransparentInorganicDownconvertersforLuminescentSolarConcentrators–L.Shea-Rohwer,J.Martin,andM.Nyman(SandiaNationalLaboratories)

11:00 3933 SpectroscopyofPr-dopedCaTiO3Nano-particlesunderExcitationintotheChargeTransferState–J.Collins,Y.Tsehay(WheatonCollege),P.Boutinaud,G.Chadeyron,andR.Boosin(ClermontUniversité)

11:20 3934 DevelopmentofYVO4:Bi3+,Eu3+NanophosphorandItsApplicationasaSpectralDown-ShifterforSolarCells–S.TakeshitaandT.Isobe(KeioUniversity)

11:40 3935 LiquidPhaseSynthesisandCharacterizationofLaPO4:Yb3+/GdPO4NanoparticleswithNIREmissionunderNIRExcitation–T.Isobe,T.Shimizu,K.Hara,andS.Takeshita(KeioUniversity)

Luminescent Semiconductor Materials – 14:00 – 17:00

Co-Chairs: Lauren Shea-Rohwer and Anant Setlur

14:00 3936 PhotoluminescenceofsingleInAsPquantumdotsinInPnanowires–P.Poole,D.Dalacu,J.Lapointe,andK.Mnaymneh(NationalResearchCouncilCanada)

14:40 3937 FastLuminescenceinSilicon-GermaniumNanostructures–D.J.Lockwood,X.Wu,J.Baribeau(NationalResearchCouncil),N.Modi,andL.Tsybeskov(NewJerseyInstituteofTechnology)

15:00 Intermission(20Minutes)15:20 3938 XANESandXEOLStudiesofLuminescent

SiliconCarbonitride(SiCN)ThinFilms–Z.Khatami,P.Wilson,J.Wojcik,andP.Mascher(McMasterUniversity)

15:40 3939 DesignRuleofTi/AlOhmiccontactsonN-facen-GaN:SolutionforThermalDegradation–B.Kim,Y.Song(PohangUniversityofScienceandTechnology),J.Son(UniversityofCaliforniaatBerkeley),C.Yoo,andJ.Lee(PohangUniversityofScienceandTechnology)

16:00 3940 ColloidalSynthesisof(CuAg)xIn2xZn2(1-2x)S2SolidSolutionNanocrystalswithTunableBandGap–M.Dai,K.Okazaki(NagoyaUniversity),A.Kudo(TokyoUniversityofScience),S.Kuwabata(OsakaUniversity),andT.Torimoto(NagoyaUniversity)

16:20 3941 Core/ShellstructuredNanoparticlesandHybridElectrodeMaterialsforElectricallyTunablePhotonicCrystalDisplay–H.Shim,M.Han(SamsungAdvancedInstituteofTechnology),J.Lim(SeoulNationalUniversity),C.Heo,H.Jin,C.Shin,S.Jeon,J.Kim(SamsungAdvancedInstituteofTechnology),J.Lee(SeoulNationalUniversity),andS.Lee(SamsungAdvancedInstituteofTechnology)

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J4 – MEMS/NEMS Poster Session – 18:00 – 20:00Co-Chairs: Peter Hesketh and Kalpathy Sundaram

• 4006 RadiophotoluminescenceinAg+-DopedPhosphateGlassDosimeter–T.Ohno,Y.Miyamoto(KanazawaInstituteofTechnology),T.Kurobori(KanazawaUniversity),Y.Takei,K.Hirasawa(KanazawaInstituteofTechnology),T.Yamamoto(ChiyodaTechnolCo.Ltd.),andH.Nanto(KanazawaInstituteofTechnology)

• 4007 CharacterizationandProcessOptimizationofUVPatternableElectricallyConductingSU-8SilverNanocompositePolymer–A.Khatri,S.Kassegne(MEMSLab,SanDiegoStateUniversity),andA.Khosla(SimonFraserUniversity)

• 4008 EffectsofAddedUraniumontheTriboluminescentPropertiesofEuD4TEA–R.Fontenot(AlabamaA&MUniversity),W.Hollerman(UniversityofLouisianaatLafayette),K.Bhat,andM.Aggarwal(AlabamaA&MUniversity)

• 4009 Micropatternable,ElectricallyConductingPolyanilinePhotoresistBlendsforMEMSApplications–C.Patel,S.Kassegne(MEMSLab,SanDiegoStateUniversity),andA.Khosla(SimonFraserUniversity)

• 4010 Micro-StructuresforElectrophoreticDisplay:CaseStudiesoftheResponseSpeed/TimeandContrastRatioDependingonMicro-Structures–J.Kim,C.Kim,andK.Suh(ElectronicsandTelecommunicationsResearchInstitute)

Cantilevers and Microdevices – 13:30 – 18:00Co-Chairs: Yu Cheng Lin and Hongseok Noh

13:30 3994 ThermalConductivityEngineeringviaNanoPatterning–B.Kim,I.El-Kady,andR.Olsson(SandiaNationalLaboratories)

14:00 3995 PhotothermalCantileverDeflectionSpectroscopy–T.Thundat,M.Bagheri,S.Kim,D.Lee(UniversityofAlberta),andS.Jeon(POSTECH,S.Korea)

14:20 3996 DevelopmentofInsulatedConductiveAFMProbesforMolecularElectronics–Y.Wu,T.Akiyama(TheSensorsActuatorsandMicrosystemsLaboratory(SAMLAB),EcolePolytechniqueFédéraledeLausanne(EPFL)),P.D.VanderWal(EPFL),S.Gautsch(TheSensorsActuatorsandMicrosystemsLaboratory(SAMLAB),EcolePolytechniqueFédéraledeLausanne(EPFL)),andN.DeRooij(EPFLLausanne)

14:40 3997 AllThinFilmMicromachinedCantileverUsingPZT/Terfenol-DMultilayerforHighSensitiveMagnetoelectricSensors–D.Lee(KwangwoonUniversity),S.Kim,Y.Yoo(KoreaInstituteofScienceandTechnology),J.Han(ChungnamNationalUniversity),W.Jo(CantisCo),andJ.Lee(KwangwoonUniversity)

15:00 3998 CharacterizationandResponseofMetalOrganicFrameworksBasedMicrocantileverSensorsfortheDetectionofVolatileOrganicCompounds–I.Ellern(GeorgiaInstituteofTechnology)

15:20 3999 ManipulationofMicroCondensedMatterbyDirectPeelingMethodbyusingAtomicForceMicroscopeTip–A.Kawai(NagaokaUniversityofTechnology)

15:40 Intermission(20Minutes)16:00 4000 AMEMS-basedPlatformforMulti-physics

CharacterizationofUltra-thinFreestandingFilms–A.Haque(PennStateUniversity)

16:20 4001 EffectsofAdsorbateSurfaceDiffusioninFocusedElectron-Beam-Induced-Deposition–A.Szkudlarek,M.Gabureac,andI.Utke(EmpaSwissFederalLaboratoriesforMaterialsScienceandTechnology)

16:40 4002 ElectroplatingofMicrostructuredNickelPhaseGratingsforX-RayPhaseContrastTomography–M.Amberger,K.Bade,J.Meiser,D.Kunka,andJ.Mohr(KarlsruheInstituteofTechnology(KIT))

17:00 4003 TheDefectandTransportPropertiesofTlBr–S.R.Bishop(KyushuUniversity),G.Ciampi(RadiationMonitoringDevices),M.Kuhn,H.L.Tuller(MassachusettsInstituteofTechnology),W.Higgins,andK.Shah(RadiationMonitoringDevices)

17:20 4004 MicrofabricatedSystemstoMeasureMarineVariables–S.Aravamudhan(NorthCarolinaA&TStateUniversity)

17:40 4005 NanoporousAluminaasaPlatformfor3-DCeramicMicrodevices–D.Routkevitch(InRedoxLLC)

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11:40 472 In-OperandoX-rayDiffractionofLSCFCathodesonAnode-SupportedSolidOxideFuelCells–J.S.Hardy,J.W.Templeton,andJ.W.Stevenson(PacificNorthwestNationalLaboratory)


Modeling – 08:00 – 12:40Co-Chairs: B. Liaw and V. Subramanian

08:00 473 3DCoupledThermofluid-ThermomechanicalModellingandExperimentalValidationofaWholeSolidOxideFuelCellSystem–M.Peksen,A.Al-MASRI,L.Blum(ForschungszentrumJülich),andD.Stolten(ForschungszentrumJülichGmbH)

08:20 474 ReverseBreakdowninBipolarMembranes–N.Craig(UCBerkeley)andJ.Newman(UniversityofCalifornia,Berkeley)

08:40 475 ElectrochemicalandMechanicalReliabilityofThreeDimensionallyReconstructedElectrodeMicrostructures–D.Chung,D.Ely(PurdueUniversity),P.Shearing(UniversityCollegeLondon),N.Brandon(ImperialCollege),S.Harris(GeneralMotors),andE.García(PurdueUniversity)

09:00 476 ApplicationoftheMolecularInteractionVolumeModel(MIVM)toCa-BasedLiquidAlloys–S.PoizeauandD.R.Sadoway(MassachusettsInstituteofTechnology)

09:20 477 Electrochemical-ThermalCoupledSimulationofLithium-IonSecondaryBatteriesUsingNewLumpedModel–N.Baba,H.Yoshida,M.Nagaoka,C.Okuda,andS.Kawauchi(ToyotaCentralR&DLabs.,Inc.)

09:40 478 LatticeBoltzmannModelingofAdvection-DiffusionTransportwithElectrochemicalReactionsinaPorousSOFCAnodeStructure–H.ParadisandB.Sundén(LundUniversity)

10:00 479 SynthesizeBatteryDegradationModesviaaDiagnosticModel–M.Dubarry,C.Truchot,andB.Liaw(UniversityofHawaiiatManoa)

10:20 480 ModelingofHeatTransferinaFluidizedBedCarbonFuelCell–G.J.Armstrong,B.R.Alexander,R.E.Mitchell,andT.M.Gür(StanfordUniversity)

10:40 481 IinfluencesofCellsAssemblingonEnergeticModelsandSimulationsofLi-IonPacksforElectricVehiclesApplications–K.Mamadou,T.Delaplagne,S.Hing,andF.Karoui(CEA-INES)

11:00 482 TheImpactofDiffusion-InducedConvectiononTransferenceNumberMeasurements–J.LiuandC.W.Monroe(UniversityofMichigan)

11:20 483 AModelforEnergyStorageSystemsintheFrequencyDomain–E.M.KriegerandC.B.Arnold(PrincetonUniversity)

11:40 484 StudyofEnergyStorageMaterialsUsingMulti-LengthScale3DElectronMicroscopy–A.K.Shukla,P.Ercius,N.Krins,A.Gautam,S.Wu,J.Cabana,G.Chen,T.J.Richardson,V.Srinivasan,andU.Dahmen(LawrenceBerkeleyNationalLaboratory)

12:00 485 ModelingofVolumeChangeBehaviorofPorousElectrodes–K.Kanneganti,J.Moraveji,andJ.Weidner(UniversityofSouthCarolina)


Solid Oxide Fuel Cells II – 08:00 – 12:00Co-Chairs: T. M. Gur and J. W. Stevenson

08:00 462 TheDevelopmentofMT-HF-SOFCsUsingNewFabricationTechniques–N.DroushiotisandG.H.Kelsall(ImperialCollegeLondon)

08:20 463 PerformanceEnhancementofSolidOxideStorageBattery–X.Zhao,N.Xu,X.Li,Y.Gong,andK.Huang(UniversityofSouthCarolina)

08:40 464 ResearchandDevelopmentActivitiesofSOFCinPohang,Korea–N.M.Sammes(POSTECH)andJ.Chung(PohangUniversityofScienceandTechnology)

09:00 465 ANovelHighTemperatureMetal–AirBattery–W.W.Drenckhahn,M.Kuehne,T.Soller(SiemensAG),K.Litzinger,J.Shull,A.Iyengar(SiemensEnergyInc.),H.Greiner,H.Landes,A.Leonide,andC.Schuh(SiemensCorporateTechnology)

09:20 Intermission(20Minutes)09:40 466 PreparationofAshlessCoalandItsOxidationin

aCoinTypeDirectCarbonFuelCell–C.LeeandW.Kim(HanbatNationalUniversity)

10:00 467 OxideSolid/MeltCompositesasIonTransportMembranesforOxygenSeparationfromAir–V.V.Belousov(RussianAcademyofSciences)

10:20 468 SynthesisandCharacterizationofFunctionalCeramicNanopowdersbyThermalOxidationofMetal-AlginateGels–Z.Wang,G.Kale,andM.Ghadiri(UniversityofLeeds)

10:40 469 ANovelBaCo0.4Fe0.4Zr0.2O3-δCathodeforIntermediateTemperatureProton-ConductingSOFC–M.Shang,J.Tong,andR.O’Hayre(ColoradoSchoolofMines)

11:00 470 AStudyofAnode-SupportedSolidOxideFuelCellwithYSZ/GDCBilayerElectrolyteUsingDryPressProcess–H.ChoiandS.Cha(SeoulNationalUniversity)

11:20 471 DynamicResponseAnalysisofaMoltenCarbonateFuelcellUsingaSinusoidalImpedanceApproach–M.YousefRamandi,P.Berg,andI.Dincer(UniversityofOntarioInstituteofTechnology)

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Thursday, October 1108:00h ECSElectrochemicalEnergySummit

(E2S):“GrandChallengesforEnergyConversionandLargeScaleEnergyStorage”


18:30h LuauontheLagoon(ticketrequired)


General Session – 14:00 – 16:40Co-Chairs: C. C. Hu and T. Brousse

14:00 603 NanoscaleCharacterizationofCDCSupercapacitorsbyIn SituScanningProbeMicroscopyMethods–T.M.Arruda(OakRidgeNationalLaboratory),M.Heon,V.Presser,Y.Gogotsi(DrexelUniversity),andN.Balke(OakRidgeNationalLaboratory)

14:20 604 PseudocapacitanceofMnO2OriginatesfromReversibleInsertion/DesertionofLi-IonStudiedUsingIn SituXASinNovelIonicLiquid–M.Deng(NationalSynchrotronRadiationResearchCenter),J.Chang(NationalCentralUniversity),C.Wang(NationalHsinchuUniversityofEducation),J.Chen,andK.Lu(NationalSynchrotronRadiationResearchCenter)

14:40 605 MeasuringIonTransportinEnergyStorageDevicesUsingIn SituTime-ResolvedInfraredSpectroscopy–F.W.Richey,B.Dyatkin,Y.Gogotsi,andY.A.Elabd(DrexelUniversity)

15:00 606 ASAXSMeasurementsasaPowerfulTechniqueforStructuralInvestigationofMnO2-CarbonHybridSupercapacitorElectrodes–C.Weber,V.Lorrmann,G.Reichenauer,andJ.Pflaum(BavarianCenterforAppliedEnergyResearch)

15:20 607 In SituCharacterizationofTransitionMetalNitrideSupercapacitorElectrodes–P.Pande,A.E.Sleightholme,P.Rasmussen,A.Deb,J.Penner-Hanh,andL.T.Thompson(UniversityofMichigan)

15:40 608 ThermodynamicsinPorousElectrodes:AMonteCarloSimulationStudy–K.KiyoharaandK.Asaka(NationalInstituteofAdvancedIndustrialScienceandTechnology)

16:00 609 CapacitanceandElectricDoubleLayerStructureinIonicLiquid-BasedSupercapacitorswithNanopatternedandNanostructuredElectrodes–D.Bedrov,L.Xing,andJ.Vatamanu(TheUniversityofUtah)

16:20 610 InteractionNatureofMolecularOxideswithKegginStructurewithCarbonMatricestoImproveCapacitanceandCyclingPerformanceinSupercapcitorCells–A.CUENTAS-GALLEGOS(UniversidadNacionalAutónomadeMéxico),T.Brousse(UniversityofNantes),H.Mosqueda(UniversidadAutónomadeNuevoLeon),C.Martin(UniversityofNantes),andD.BaezaRostro(UniversidadNacionalAutónomadeMéxico)

ECS ElECtroChEmiCal EnErgy Summit (E2S)

B3Grand Challenges for Energy Conversion and Large Scale Energy StorageHighTemperatureMaterials/Battery/EnergyTechnology/IndustrialElectrochemistryandElectrochemicalEngineering311, Level 3, Hawaii Convention Center

Energy Storage Policies, Demonstration Projects, and Global Priorities – 08:00 – 09:55Co-Chair: Bor Yann Liaw

08:00 ECSPresident,FernandoGarzon–IntroductionofSymposiumandSpeakers(5Minutes)

12:20 486 TowardsOnboardBatteryManagementSystemsUsingPhysics-BasedEfficientReformulatedModels–B.Suthar,V.Ramadesigan,P.Northrop(WashingtonUniversity),W.Sung(HyundaiMotorCompany),andV.Subramanian(WashingtonUniversity)


Devices and Applications III – 08:00 – 09:40Co-Chairs: E. Lust and J. M. Ko

08:00 594 AdvancesinSolidElectrochemicalCapacitors–K.Lian,H.Gao,H.Wu,K.Hu,andS.Ketabi(UniversityofToronto)

08:40 595 PlanarElectrochemicalCapacitorwithGelledElectrolyte–J.R.Miller(JMEInc.),R.A.Outlaw,M.Cai(CollegeofWilliamandMary),andS.M.Butler(JMEInc.)

09:00 596 SoftCarbonasAnodeMaterialinLithiumIonCapacitorswithaPropyleneCarbonateBasedElectrolyte–M.Schroeder(WestfälischeWilhelmsUniversityofMuenster),M.Winter,S.Passerini(UniversityofMünster),andA.Balducci(WestfälischeWilhelmsUniversityofMuenster)

09:20 597 DevelopmentofSolid-StatePhoto-SupercapacitorbyCouplingDye-SensitizedSolarCellUtilizingConducting-PolymerChargeRelaywithProton-ConductingMembraneBasedElectrochemicalCapacitor–P.J.Kulesza,M.Skunik,K.Grzejszczyk(UniversityofWarsaw),N.Vlachopoulos,L.Yang,L.Häggman,andA.Hagfeldt(UppsalaUniversity)

Devices and Applications IV – 10:00 – 12:00Co-Chairs: F. Beguin and K. Tamamitsu

10:00 598 SpecificPerformanceofElectricalDoubleLayerCapacitorsBasedonDifferentSeparatorMaterialsinRoomTemperatureIonicLiquid–K.Tõnurist,T.Thomberg,A.Jänes,andE.Lust(UniversityofTartu)

10:40 599 HybridSupercapacitorUsingMesoporousCarbonandTi-BasedMaterial–Y.Xia,H.Liu,G.Zhu,andY.Wang(FudanUniversity)

11:00 600 SurfaceCharacterizationofSupercapacitorElectrodesafterLong-LastingConstantCurrentTests–A.Jänes,R.Kanarbik,J.Eskusson,andE.Lust(UniversityofTartu)

11:20 601 UltrahighRateSolid-StateSupercapacitorswithGrapheneAdditives–Y.Chen,K.Chiu(FengChiaUniversity),H.Lin(NationTaiwanUniversity),andC.Tsai(TaiwanTextileResearchInstitute)

11:40 602 ElectrochemicalFlowCapacitors:ANewConceptforHigh-PowerScalableEnergyStorage–C.R.Dennison,V.Presser,J.Campos,K.W.Knehr,E.C.Kumbur,andY.Gogotsi(DrexelUniversity)

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16:55 618 EnergySecuritywithCleanandGreenEnergy–GeorgesKailiwai(UnitedStatesPacificCommand)(15Minutes)

17:10 Panelist,ColtonChing-HawaiianElectricCo.(15Minutes)

17:25 Question&Answer(30Minutes)


High Voltage Materials – 08:20 – 12:20Co-Chairs: Robert Huggins and Nancy Dudney

08:20 698 StabilityandPerformanceofHigh-VoltageCathodeswithPureandDopedLiponCoatings–Y.Kim,N.J.Dudney,M.Chi,G.M.Veith,S.K.Martha,andJ.Nanda(OakRidgeNationalLaboratory)

09:00 699 ControlledSynthesisofHighTapDensityLiMn1.5Ni0.5O4withTunableShapes–A.CaoandA.Manthiram(TheUniversityofTexasatAustin)

09:20 700 ImpactofLiMn1.5Ni0.5O4CrystalSurfaceFacets–G.Chen,B.Hai,A.K.Shukla,andH.Duncan(LawrenceBerkeleyNationalLaboratory)

09:40 Intermission(20Minutes)10:00 701 UniqueElectrochemicalCyclingBehaviourof

StructurallyIntegratedLayered-SpinelLithiumNickelManganeseOxides–A.W.Rowe,C.L.White,andJ.Dahn(DalhousieUniversity)

10:20 702 FabricationofHollowWiresofLiNi0.5Mn1.5O4and0.5Li2MnO3-0.5LiNi1/3Co1/3Mn1/3O2bytheElectrospinningMethod–E.Hosono,T.Saito,Y.Mizuno,M.Okubo(NationalInstituteofAdvancedIndustrialScienceandTechnology),D.Nishio-Hamane(TheUniversityofTokyo),T.Kudo,andH.Zhou(NationalInstituteofAdvancedIndustrialScienceandTechnology)

10:40 703 MicrostructuralComparisonofLiNi0.5Mn1.5O4After1000Cycles–X.Song,Y.Fu,andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

11:00 704 ElectrochemistryDrivenStructuralTransitioninHighVoltageLithium-RichCompositeCathodes–S.K.Martha,J.Nanda,W.Zhou,J.Idrobo,andN.J.Dudney(OakRidgeNationalLaboratory)

11:20 705 5-VSystemLiMn1.5-xNi0.5-YMx+yO4forHigh-EnergyLithiumBatteries:Post-AnnealingandCoatingEffect–D.Liu,A.Guerfi,P.Hovington,J.Trottier,M.Dontigny,J.Hamel-Paquet,M.Trudeau,A.Vijh(InstitutdeRecherched’Hydro-Québec),A.Mauger(UniversitéPierreetMarieCurie),C.Julien(UniversitéPierreetMarieCurieParis-6),andK.Zaghib(InstitutdeRecherched’Hydro-Québec)

11:40 706 EffectoftheCrystalChemistryofLiNi1/2Mn3/2O4SpinelsOnItsElectrochemicalProperties–C.Kim(LawrenceBerkeleyNationalLaboratory),M.Leskes,E.Castillo,C.P.Grey(UniversityofCambridge),andJ.Cabana(LawrenceBerkeleyNationalLaboratory)

12:00 707 DoYouReallyWantanUnsafeBattery–R.A.Huggins(StanfordUniversity)

08:05 Hawaii’sEnergyLandscape-HonorableLieutenantGovernorofHawaii,BrianSchatz(45Minutes)

08:50 SessionChair,BorYannLiaw–IntroductionofKeynoteSpeaker(5Minutes)

08:55 611 GridScaleEnergyStorage;Applications,TechnologyDemonstrations,andaUSPerspective–ImreGyuk(U.S.Dept.ofEnergy)(45Minutes)


Morning Panel Discussion – 09:55 – 12:00Co-Chair: Robert Savinell

09:55 Moderator,RobertSavinell–PanelIntroduction(5Minutes)

10:00 612 TheApplicationandDevelopmentofLarge-scaleEnergyStorageTechnologyinChina–XiaokangLai(ChinaElectricPowerResearchInstitute)(15Minutes)

10:15 613 NationalEnergyTechnologyDevelopingStrategyinKorea–Kee-SukNahm(ChonbukNationalUniversity)andSeung-YoungChung(KoreaInstituteofEnergyTechnologyEvaluationandPlanning)(15Minutes)

10:30 Panelist,KeiHosoi–NewEnergy&IndustrialTechnologyDevelopmentOrg.(NEDO)(15Minutes)

10:45 Panelist,ByronWashom–UniversityofCalifornia,SanDiego(15Minutes)

11:00 Panelist,MarkGlick–HawaiiStateEnergyOffice(15Minutes)

11:15 Question&Answer(45Minutes)

Energy Storage Development and Commercialization Challenges – 14:00 – 15:50Co-Chair: Xiao-Dong Zhou

14:00 SessionChair,Xiao-DongZhou–KeynoteSpeakerIntroductions(5Minutes)

14:05 614 ChallengesinCommercializationofEnergyStorageSystemswithintheElectricEnterprise–DanRastler(ElectricPowerResearchInstitute)(45Minutes)

14:50 615 IssuesandChallengesforImplementationofLarge-ScaleEnergyStorageinAustralia–MariaSkyllas-Kazacos(UniversityofNewSouthWales)(45Minutes)


Afternoon Panel Discussion – 15:50 – 17:55Co-Chair: Trung Van Nguyen

15:50 Moderator,TrungVanNguyen–UniversityofKansas(5Minutes)

15:55 Panelist,JunLiu–PacificNorthwestNationalLaboratory(15Minutes)

16:10 616 StatusandDevelopmentofEnergyStorageSystemInKorea–June-SooLee(SKInnovation)(15Minutes)

16:25 Panelist,ScottBackhaus–LosAlamosNationalLaboratory(15Minutes)

16:40 617 RealitiesofEconomicScreeningforEnergyConversionandStorageTechnologies–EricMcFarland(UniversityofCalifornia,SantaBarbara)(15Minutes)

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Lithium-Ion Batteries: Characterization Techniques I – 08:00 – 09:40Co-Chairs: Nancy Dudney and Kuniaki Tatsumi

08:00 988 AcImpedanceAnalysisofLowFrequencyRegionforCommercialLithiumIonBatteryunderTemperatureControl–D.Mukoyama,T.Yokoshima,H.Nara,T.Momma,andT.Osaka(WasedaUniversity)

08:20 989 ACImpedanceStudyoftheActiveMaterialsReactionsinaThreeElectrodeLithium-IonSecondaryCell–O.S.Mendoza,Y.Nishikawa,H.Ishikawa(NagaokaUniversityofTechnology),Y.Sone(JapanAerospaceExplorationAgency),andM.Umeda(NagaokaUniversityofTechnology)

08:40 990 DirectDeterminationoftheThicknessandCompositionofElectrode-ElectrolyteInterfaceduringElectrochemicalReaction–G.M.Veith,J.Browning,L.Baggetto,W.E.Tenhaeff,J.Keum,andN.J.Dudney(OakRidgeNationalLaboratory)

09:00 991 ChronopotentiometricInvestigationofAnodeDeteriorationinLithium-IonSecondaryCellIncorporatingReferenceElectrode–O.S.Mendoza,H.Ishikawa,Y.Nishikawa,Y.Maruyama(NagaokaUniversityofTechnology),Y.Sone(JapanAerospaceExplorationAgency),andM.Umeda(NagaokaUniversityofTechnology)

09:20 992 In SituDetectionofLithiumPlatingonGraphiteElectrodesUsingElectrochemicalMicrocalorimetry–L.E.Downie(DalhousieUniversity),V.L.Chevrier(3MCorporateResearchLaboratory),J.Dahn(DalhousieUniversity),andL.J.Krause(3MCorporateResearchLaboratory)


Lithium-Ion Batteries: Anodes III (Lithium Titanate-Based Systems) – 08:00 – 09:40Co-Chairs: Minoru Inaba and Kevin Eberman

08:00 993 ANovelGreenApproachtoSynthesisofLi4Ti5O12NanopartculateAnodematerial–H.ChiuandG.P.Demopoulos(McGillUniversity)

08:20 994 LimitationofRateCapabilityofLi4Ti5O12Single-Particle–K.Dokko,K.Yoshida,R.Nozawa,andM.Watanabe(YokohamaNationalUniversity)

08:40 995 CarbonFreeLi4Ti5O12ElectrodewithExceptionallyHighElectrodeCapacityandOutstandingRateCapability–M.Song,A.Benayad,Y.Choi,J.Choi,andK.Park(SamsungAdvancedInstituteofTechnology)

09:00 996 Microwave-InducedSolid-StateSynthesisofLi4Ti5O12NanocrystalliteswithEnhancedLithium-StorageProperties–Y.Qiao,X.Hu,Y.Liu,andY.Huang(HuazhongUniversityofScienceandTechnology)

Phosphates and Vanadium Oxides – 14:00 – 18:00Co-Chairs: Marnix Wagemaker and Karim Zaghib

14:00 708 ReactionMechanismofLixFePO4AnalyzedbyPotential-StepChronoamperometry–G.Oyama,Y.Yamada,S.Nishimura,andA.Yamada(TheUniversityofTokyo)

14:20 709 Ironsubstitutiontoincreaseenergydensityoflithiatedphosphates–L.Daniel,S.Martinet,T.Gutel,C.Bourbon(CEA-LITEN),E.Radvanyi(CEA/LITEN),M.Amuntencei,andS.Patoux(CEA-LITEN)

14:40 710 SynthesisandMorphologyControlofNovelNanostructuredLiFePO4CathodeMaterialsforLi-IonBattery–O.AyyadandP.Gomez-Romero(CIN2-CSIC)

15:00 711 ElectrochemicalKineticsStudiesonLiMn1-xFexPO4duringLithiumInsertionandExtraction–K.Hoshina,H.Inagaki,N.Takami(ToshibaCorporation),H.Munakata,andK.Kanamura(TokyoMetropolitanUniversity)

15:20 712 ChemicallyPartlyDelithiatedLithiumManganesePhosphoOlivines:InvestigationsofLatticeandAtomicStructureandElectrochemistry–M.Köntje(ZentrumfürSonnenenergieundWasserstoff-ForschungBW(ZSW)),G.Greco(UniversityofRome),P.Axmann(ZentrumfürSonnenenergieundWasserstoff-ForschungBW(ZSW)),andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

15:40 Intermission(20Minutes)16:00 713 TailoredElectrodeMorphologiesforInsertion

Electrodes–M.Wagemaker,D.Singh(DelftUniversityofTechnology),A.George,J.TenElshof(UniversityofTwente),andF.Mulder(DelftUniversityofTechnology)

16:40 714 MeasuringElectrodeTortuosityandOptimizingElectrodePerformance–R.D.Deshpande(LawrenceBerkeleyNationalLaboratory),S.Harris(GeneralMotorsGlobalR&DCenter),andV.Battaglia(LawrenceBerkeleyNationalLaboratory)

17:00 715 VitreousMaterialsasElectrodesforLithiumBatteries–G.Delaizir(CEMES/CNRS),V.Seznec(LRCS/CNRS),P.Rozier,P.Lecante(CEMES/CNRS),C.Surcin(LRCS/CNRS),P.Salles,andM.Dollé(CEMES/CNRS)

17:20 716 SurfaceCoatingofVanadiumPentoxideNanowiresforImprovedCathodicStability–F.Gittleson,J.Hwang,R.C.Sekol,andA.D.Taylor(YaleUniversity)

17:40 717 StructuralandElectrochemicalCharacterizationofThermallyTreatedVanadiumOxideNanotubesforLi-IonBatteries–D.McNulty(UniversityofLimerick),D.Buckley(Materials&SurfaceScienceInstitute,UniversityofLimerick),andC.O’Dwyer(UniversityofLimerick)

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11:40 1008 UnderstandingthePerformanceofRechargeableLithium-IonBatteriesforHEVandPHEVUsingaNewIsothermalCalorimeter–S.Chippett(NETZSCHInstrumentsNorthAmericaLLC),J.Ireland,M.Keyser(NationalRenewableEnergyLaboratory),J.Mauger(NETZSCHInstrumentsNorthAmericaLLC),A.Pesaran(NationalRenewableEnergyLaboratory),P.Ralbovsky,andG.Widawski(NETZSCHInstrumentsNorthAmericaLLC)

12:00 1009 StudyofGenerativeGasSpeciesfromLithium-IonBatteryComponentunderAbuseConditions–S.Koike,M.Shikano,H.Sakaebe,andH.Kobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))


Lithium-Ion Batteries: Anodes IV (Carbon Based Systems) – 10:00 – 12:20Co-Chairs: Kevin Eberman and Minoru Inaba

10:00 1010 PrelithiatedGraphiteAnodeSEIFormationbyStabilizedLithiumMetalPowderinLi-IonBatteries–L.Wang(LawrenceBerkeleyNationalLab),V.Battaglia,andG.Liu(LawrenceBerkeleyNationalLaboratory)

10:20 1011 GrapheneNanosheetsasNegativeElectrodeforLithiumIonBattery–A.N.Gildea,S.Vijapur,andG.G.Botte(OhioUniversity)

10:40 1012 TheRateofActiveLithiumLossfromaSoftCarbonNegativeElectrodeasaFunctionofTemperature,TimeandElectrodePotential–N.N.Sinha,T.H.Marks,H.M.Dahn,A.J.Smith,J.Burns,D.J.Coyle,J.J.Dahn,andJ.Dahn(DalhousieUniversity)

11:00 1013 Meta-stableMesographiteAnodes–J.Fang(ITRI),A.Kelarakis(CornellUniversity),W.Wu,H.Huang,Y.Lin(IndustrialTechnologyResearchInstitute),E.Giannelis(CornellUniversity),andL.Tsai(IndustrialTechnologyResearchInstitute)

11:20 1014 HighPerformanceLithiumIonBatteryUsingGrapheneNetElectrode–H.Todoriki,T.Ikenuma,Y.Saito,M.Yukawa,R.Yatabe,M.Yamakaji(SemiconductorEnergyLaboratoryCo.,Ltd),J.Momo,T.Moriwaka,K.Nanba,M.Takahashi,andS.Yamazaki(SemiconductorEnergyLaboratoryCo.,Ltd.)

11:40 1015 TheoreticalStudyofHybridBundleof(5,0)CarbonNanotubeonLi-IonBatteryAnode–Y.Wen,B.Shan,X.Liu,X.Duan,andR.Chen(HuazhongUniversityofScienceandTechnology)

12:00 1016 EffectofAnodeBindersonLow-TemperaturePerformanceofLi-IonBatteries–J.Eom,L.Cao,andC.Wang(ThePennsylvaniaStateUniversity)

09:20 997 RelaxationBehaviorofLi4/3Ti5/3O4ElectrodeforLi-ionSecondaryBattery–S.Park,S.Uraki,andT.Yao(KyotoUniversity)


Lithium-Ion Batteries: Safety Aspects of Li-Ion Cells – 08:00 – 09:40Co-Chairs: Judith Jeevarajan and Mani Nagasubramanian

08:00 998 ThermalandElectricalCharacterizationofNonflammableElectrolytes*in18650FullCells–G.Nagasubramanian(SandiaNationalLabs),K.Fenton,andC.Orendorff(SandiaNationalLaboratories)

08:20 999 SafetyandLong-TermPerformanceofLithium-IonCellsinaPouchFormat–J.A.Jeevarajan(NASA)

08:40 1000 Electrochemical-CalorimetricStudiesonSafetyFundamentalsofLithiumIonBatteryPouchCells–E.Schuster,C.Ziebert,andH.J.Seifert(KarlsruheInstituteofTechnology)

09:00 1001 ThermalandOverchargeAbuseAnalysisofaRedoxShuttleforOverchargeProtectionofLiFePO4–J.H.Lamb,C.Orendorff(SandiaNationalLaboratories),K.Amine,G.Krumdick,Z.Zhang,L.Zhang(ArgonneNationalLaboratory),andA.Gozdz(A123Systems)

09:20 1002 MaterialsDevelopmentforImprovedLithium-IonBatterySafety–K.Fenton(SandiaNationalLaboratories),G.Nagasubramanian(SandiaNationalLabs),M.Brumbach,andC.Orendorff(SandiaNationalLaboratories)


Lithium-Ion Batteries: Characterization Techniques I – 10:00 – 12:20Co-Chairs: Kuniaki Tatsumi and Nancy Dudney

10:00 1003 ProcessOptimisationbytheApplicationofCylindricalCells(18650)andPouchCellswithReferenceElectrodes–M.D.Wilka,A.Hoffmann,R.Stern(CenterforSolarEnergyandHydrogenResearch),andM.Wohlfahrt-Mehrens(ZSW-CenterforSolarEnergyandHydrogenResearch)

10:20 1004 ImpedanceAnalysisofAnodeandCathodeSeparatedbyUsingMicroReferenceElectrodeonLi-ionBattery–H.Nara,T.Yokoshima,D.Mukoyama,T.Hirabaru,T.Momma,andT.Osaka(WasedaUniversity)

10:40 1005 ReferenceElectrodesforImpedanceMeasurementsinLithiumIonCells–J.Illig,M.Ender(KarlsruheInstituteofTechnology(KIT)),A.Weber(KarlsruherInstitutfürTechnologie),andE.Ivers-Tiffée(KarlsruheInstituteofTechnology(KIT))

11:00 1006 StudiesofSDXTMontheBoundaryResistancebetweenAluminumCurrentCollectorsandCathodeActiveMaterialLayers–Y.Arai,M.Kunisawa,T.Yamaguchi,H.Yokouchi,A.Matsuo,andM.Ohmori(ShowaDenkoK.K.)

11:20 1007 ApplicationofAdiabaticandIsothermalCalorimetryinStudyingBatteryMaterialPropertiesandSmallCells–P.Ralbovsky(NETZSCHInstrumentsNorthAmericaLLC)

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15:20 1027 ReducingCoulombicEfficiencyNoiseinHigh-PrecisionCoulometry–T.M.Bond,J.Burns,A.Smith,andJ.Dahn(DalhousieUniversity)


Lithium-Ion Batteries: Anodes V (General) – 14:00 – 15:40Co-Chairs: Larry Curtiss and Yi Cui

14:00 1028 LithiumTitanatePreparedfromMesoporousTiO2FiberasAnodeMaterialforLithiumIonBatteries–S.Ting(TheUniversityofHongKong),Z.Yang(NanjingUniversityofTechnology),C.V.Li(TheUniversityofHongKong),W.Zhuang,W.Yao,X.Lu(NanjingUniversityofTechnology),andK.Chan(TheUniversityofHongKong)

14:20 1029 NanosizedMixedTransitionMetalOxidesasSuperiorAnodeMaterialforLi-IonBatteries–D.Bresser(UniversityofMuenster),E.Paillard,F.Mueller(UniversityofMuenster,InstituteofPhysicalChemistry,MEET),M.Winter(WestfälischeWilhelms-UniversityMünster),andS.Passerini(UniversityofMuenster,InstituteofPhysicalChemistry,MEET)

14:40 1030 Multi-ComponenteffectsontheCrystalStructuresandElectrochemicalBehaviorsofSpinel-StructuredM3O4(M=Fe,Mn,Co)AnodesinLithium-IonBatteries–H.Kim,D.Seo,H.Kim,I.Park,J.Hong,K.Park,andK.Kang(SeoulNationalUniversity)

15:00 1031 HollowSingle-CrystallineMn3O4NanotubesasaHighCapacityAnodeMaterialforLithium-IonBatteries–G.Xu,Y.Xu(XiamenUniversity),H.Sun(HongUniversityofScienceandTechnology),X.Peng,J.Li(XiamenUniversity),S.Yang(HongKongUniversityofScienceandTechnology),L.Huang,andS.Sun(XiamenUniversity)

15:20 1032 PorousMnO@CNanotubesandTheirHighLithium-StoragePerformances–W.Chen,L.Qie,L.Yuan,W.Zhang,andY.Huang(HuazhongUniversityofScienceandTechnology)


Lithium-Ion Batteries: Life Studies I – 14:00 – 15:40Co-Chairs: Matthieu Dubbarry and Keven Gerring

14:00 1033 BatteryDurabilityEvaluationUsingLoadDataofCommerciallyAvailableElectricVehicle–K.KoshikaandT.Niikuni(NationalTrafficSafetyandEnvironmentLaboratory)

14:20 1034 CycleLifeEstimationofLithium-ionBatteryUsingforPVPowerLevelingOperation–Y.Mita,Y.Kobayashi,andH.Miyashiro(CentralResearchInstituteofElectricPowerIndustry)

14:40 1035 LifetimeEvaluationandModellingofLi-IonModulesandCells–P.J.VieandR.Fotedar(InstituteforEnergyTechnology)

15:00 1036 Constant-PotentialAgingofCommercialLi-IonBatteries–P.Albertus,J.Christensen(RobertBoschResearchandTechnologyCenter),V.Peng(UniversityofCalifornia,Berkeley),M.Hess,R.Klein(RobertBoschResearchandTechnologyCenter),andJ.Newman(UniversityofCalifornia,Berkeley)


Lithium-Ion Batteries: Separators and Safety Aspects of Li-Ion Cells – 10:00 – 12:00Co-Chairs: Mani Nagasubramanian and Judith Jeevarajan

10:00 1017 DevelopmentofHeatResistantLithium-ionBatteriesandSafetyEvaluation–M.Morishita(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),T.Mukai(NationalInstituteofAdvancedIndustryofScienceandTechnology),T.Sakamoto,T.Miyuki(NationalInstituteofAdvancedIndustrialScienceandTechnology),andT.Sakai(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

10:20 1018 CompositionRatio-DependentStructuralEvolutionofSiO2/Poly(VinylideneFluorideHexafluoropropylene)-CoatedPoly(EthyleneTerephthalate)NonwovenCompositeSeparatorsforLithium-IonBatteries–H.Jeong,E.Choi,andS.Lee(KangwonNationalUniversity)

10:40 1019 TransportPropertiesofStrainedLithium-IonBatterySeparators–J.CannarellaandC.B.Arnold(PrincetonUniversity)

11:00 1020 PolymerParticleLayerCoatedonSeparatortoImproveLithium-IonBatteryPerformance–T.Kaneda,H.Takamatsu,T.Murase,J.Akiike,N.Yasuda,T.Herai,T.Ooishi,andM.Tada(ZeonCorporation)

11:20 1021 DevelopmentofWater-BorneNanoparticleCeramicSlurrytoImproveLithium-IonBatteriesPerformance–Y.Toyoda,H.Takamatsu,T.Murase,J.Akiike,N.Yasuda,T.Kaneda,T.Herai,T.Ooishi,andM.Tada(ZeonCorporation)

11:40 1022 Layer-by-LayerDepositionforImprovedPerformanceofSeparatorsforLithiumIonBatteries–B.El-Zahab,N.Baram,D.Liu,W.Carter,Y.Chiang(MIT),andP.T.Hammond(MassachusettsInstituteofTechnology)


Lithium-Ion Batteries: Characterization Techniques II – 14:00 – 15:40Co-Chairs: Robert Kostecki and Fikile Brushett

14:00 1023 WhyDoWeNeedPolarizationandImpedanceMeasurementsofLithiumInsertionElectrodes?–T.Ohzuku,F.Ohgaki,andK.Ariyoshi(OsakaCityUniversity)

14:20 1024 AMethodtoMeasuretheRateofSideReactionsatthePositiveandNegativeElectrodesinLTO/LiNiMOCellsfortheSecond-Generation12VLead-FreeBatteries–K.Ariyoshi,H.Okada,H.Nishi,andT.Ohzuku(OsakaCityUniversity)

14:40 1025 In SituFluorescenceSpectroscopyofInterfacialProcessesinHigh-EnergyLi-ionBatteries–N.S.Norberg,S.F.Lux,I.T.Lucas(LawrenceBerkeleyNationalLaboratory),J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),andR.M.Kostecki(LawrenceBerkeleyNationalLaboratory)

15:00 1026 NeutronPowderDiffractionStudiesofLi-IonBatteryMaterials–S.Lee(KoreaAtomicEnergyInstitute)

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17:20 1047 Poly(ethyleneoxide)-CoatedGraphiteasanAnodeMaterialforLithiumIonBatteries–S.ParkandG.Liu(LawrenceBerkeleyNationalLaboratory)

17:40 1048 PeakForceTappingAFMOutfittedinaGlove-boxforIn SituReal-timeVisualizationofSEIformationonLithiumBatteryAnodes–C.Li(BrukerCorporation)


Lithium-Ion Batteries: Cell Design Aspects II – 16:00 – 18:00Co-Chairs: Keven Gerring and Matthieu Dubbarry

16:00 1049 Electrochemical-ThermalCoupledModelingforBatteryPackDesign–G.Luo,C.Shaffer,andC.Wang(ECPower)

16:20 1050 DesignOptimizationofaBatteryPackforPlug-inHybridVehicleApplications–N.Xue,W.Du(UniversityofMichigan),T.Greszler(GeneralMotors),J.Martins(UniversityofMichigan),andW.Shyy(HongKongUniversityofScienceandTechnology)

16:40 1051 NanowireEnergyStorageDevice:FabricationandElectrochemicalStudies–S.Gowda,A.Reddy,andP.Ajayan(RiceUniversity)

17:00 1052 AdvancedMaterialsProcessingforLithiumIonBatteryApplications–D.L.Wood,J.Li,D.Mohanty,S.Kalnaus,B.Armstrong,andC.Daniel(OakRidgeNationalLaboratory)

17:20 1053 LithiumBatteryInternalTemperatureSensorandSoCMonitor–R.Srinivasan,B.G.Carkhuff,andA.Q.Rogers(JohnsHopkinsUniversityAppliedPhysicsLab)

17:40 1054 Dual-ScalePorosityDistributionforMaximizingPowerAtHighEnergyDensities–C.K.Erdonmez(BrookhavenNationalLaboratory),C.Bae(MassachusettsInstituteofTechnology),Y.Chen,J.Wang(BrookhavenNationalLaboratory),J.Halloran(UniversityofMichigan),andY.Chiang(MassachusettsInstituteofTechnology)


Interactions – 08:00 – 12:00Co-Chairs: V. Thangadurai and Jianming Zheng

08:00 1171 (Invited)CriticalComponentsofRechargeableLi-AirBatteries–J.Zhang,W.Xu,J.Xiao,E.Nasybulin,Y.Shao,D.Mei,andJ.Zhang(PacificNorthwestNationalLaboratory)

08:40 1172 AHighEnergyDensityRechargeableZinc-AirBatteryforAutomotiveApplication–G.Toussaint,P.Stevens(ElectricitédeFrance),R.Rouget,andF.Fourgeot(SCPS)

09:00 1173 ExaminingtheInterplayofElectrolyte,Electrocatalyst,andCathodeArchitectureEnRoutetoHigh-Capacity,RechargeableLi-O2Batteries–C.N.Chervin,J.W.Long,M.J.Wattendorf,N.W.Kucko,andD.Rolison(U.S.NavalResearchLaboratory)

15:20 1037 CorrelatingAcceleratedTeststoLong-termDataforLi-IonBatteries–G.Jain(MedtronicInc),H.Ye(MedtronicInc.),P.A.Tamirisa,P.Gomadam,E.Scott,andC.Schmidt(MedtronicInc)


Lithium-Ion Batteries: Characterization Techniques II – 16:00 – 17:40Co-Chairs: Fikile Brushett and Robert Kostecki

16:00 1038 In SituReferenceElectrodeTestingofLithiumIonCells–J.R.Belt,C.Ho,andR.Bewley(IdahoNationalLaboratory)

16:20 1039 InsightintoThermalInstabilityofChargedCathodeMaterialsforLithium-IonBatteries:CombinedIn SituSynchrotronX-rayandMassSpectroscopyStudy–S.Bak(YonseiUniversity),K.Nam,E.Hu,X.Yu(BrookhavenNationalLaboratory),K.Chung(KoreaInstituteofScienceandTechnology),S.Cho,F.Bonhomme(JohnsonControlsAdvancedPowerSolution),K.Kim(YonseiUniversity),andX.Yang(BrookhavenNationalLaboratory)

16:40 1040 EffectofLowCellVoltagesonthePerformanceofMCMBAnodeandLiNi0.8Co0.2O2Cathode–R.V.Bugga(CaliforniaInstituteofTechnology),M.C.Smart,F.C.Krause,C.Hwang(CalforniaInstituteofTechnology),P.DegrosseJr.(CaliforniaInstituteofTechnology),S.Santee,andF.Puglia(YardneyTechnicalProducts)

17:00 1041 ImpedanceDiagnosticforOverchargedLithium-IonBatteries–C.T.Love,K.Swider-Lyons(U.S.NavalResearchLaboratory),andC.J.Patridge(NRC/NRLCooperativeResearchAssociate)

17:20 1042 Zero-VoltSPECCellstoMeasuretheRatesofSideReactionsonthePositiveandNegativeElectrodesforLong-LifeLithium-IonBatteries–K.Ariyoshi,H.Nishi,andT.Ohzuku(OsakaCityUniversity)


Lithium-Ion Batteries: Anodes V (General) – 16:00 – 18:00Co-Chairs: Yi Cui and Larry Curtiss

16:00 1043 StudyontheElectrochemicalPropertiesofSnO2-PolypyrroleHybridNanowiresforLi-IonBatteriesAnode–D.Nam,S.Lim,M.Kim,andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

16:20 1044 HighCapacityLi-IonBatteriesBasedonHetero-NanostructuredSnO2-Sn/CMK-3Materials–F.M.Hassan,A.Yu,H.Park,Z.Chen(UniversityofWaterloo),X.Xiao(GeneralMotorsGlobalResearch&DevelopmentCenter),andZ.Chen(UniversityofWaterloo)

16:40 1045 VisualisationofLiDiffusionPathwaysinLithiumLanthanumTitanates–E.E.Jay,I.Seymour,M.Rushton,R.Grimes(ImperialCollege),andJ.A.Kilner(ImperialCollegeLondon)

17:00 1046 EffectofPatternShapeofSnAnodeonCharge-DischargePerformanceforLithiumSecondaryBatteries–T.Yokoshima,H.Nara,T.Momma,andT.Osaka(WasedaUniversity)

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16:10 1187 EffectofBismuthAdditivesonthePerformanceofIronElectrodesinAlkalineBatteries–A.Manohar,C.Yang,S.Malkhandi,B.Yang,G.Prakash,andS.Narayanan(UniversityofSouthernCalifornia)


Liquid Electrolytes, Organic 4 – 08:00 – 09:40Co-Chairs: Dr. Lucht and Dr. Jow

08:00 1245 Solvent-DependentSolidElectrolyteInterphasesonNongraphiteElectrodes–M.Ihara(SonyCorporation),H.Nakai,A.Kita(SonyEnergyDevicesCorporation),K.Kawase,andT.Kubota(SonyCorporation)

08:40 1246 ElectrolyteswithImprovedSafetyDevelopedforHighSpecificEnergyLi-IonCellswithSi-BasedAnodes–M.C.Smart,F.C.Krause,C.Hwang,J.Soler,W.C.West,B.Ratnakumar(CalforniaInstituteofTechnology),andG.Prakash(UniversityofSouthernCalifornia)

09:00 1247 EnhancedMorphologyandCyclingEfficiencyofLiMetalAnodebyElectrolyteAdditivesforRechargeableLiBatteries–W.Xu,F.Ding,J.Zhang,X.Chen,M.H.Engelhard,M.Sushku,E.Nasybulin,J.Xiao,G.L.Graff,andJ.Zhang(PacificNorthwestNationalLaboratory)

09:20 1248 InvestigationoftheElectrolyteCompositioninaLi-SCelluponLong-TermCycling–R.Schmidt,H.Schneider,J.Tomforde,andT.Weiss(BASFSE)

Liquid Electrolytes, Organic 5 – 10:00 – 12:00Co-Chairs: Dr. Ishikawa and Dr. Henderson

10:00 1249 ElectrolyteSolvationandIonicAssociation:CyclicCarbonateandEster-LiTFSIand-LiPF6Mixtures–W.A.Henderson,D.M.Seo,J.L.Allen,L.A.Gardner,S.Han,andP.D.Boyle(NorthCarolinaStateUniversity)

10:40 1250 ThermalPhaseBehaviorandElectrochemical/PhysicochemicalPropertiesofCarbonateandEsterElectrolyteswithLiBF4,LiDFOBandLiBOB–J.L.Allen,S.Han,D.W.McOwen,B.A.Knight,D.M.Seo,P.D.Boyle,andW.A.Henderson(NorthCarolinaStateUniversity)

11:00 1251 DelvingintothePropertiesandSolutionStructureofNitrile-LithiumDifluoro(Oxalato)Borate(LiDFOB)ElectrolytesforLi-IonBatteries–S.Han,J.L.Allen,P.D.Boyle,andW.A.Henderson(NorthCarolinaStateUniversity)

11:20 1252 IonTransportinNon-AqueousLiquidElectrolytesContainingOxideInclusions–S.K.DasandA.J.Bhattacharyya(IndianInstituteofScience)

11:40 1253 TheInfluenceofMolecularInteractionsonBatteryElectrolytePropertiesandProcesses–K.L.Gering(IdahoNationalLaboratory)

09:20 1174 AirDehydrationMembranesforAmbientOperationofNon-AqueousLithium-AirBatteries–J.Zhang,W.Xu,J.Xiao,X.Chen,E.Nasybulin,andJ.Zhang(PacificNorthwestNationalLaboratory)

09:40 Intermission(20Minutes)10:00 1175 (Invited)UnderstandingtheCathodeProcessesin

theNon-AqueousLi-O2Battery–O.Fontaine,Y.Chen,S.A.Freunberger,Z.Peng,andP.Bruce(UniversityofSt.Andrews)

10:40 1176 TheeffectofLayeredStructuresofPerovskiteOxideCatalystonActivityforOxygen-ReductionReaction–M.Matsuda,T.Murota(SantokuCorportation),andT.Takeguchi(HokkaidoUniversity)

11:00 1177 UnderstandingofElectrolyteStabilityandItsImpacttoLifespanofLi-O2Battery–J.Shui,J.Okasinski,D.Zhao,J.Almer,andD.Liu(ArgonneNationalLaboratory)

11:20 1178 ElectrospunNanofibrousBifunctionalLaNiO3CatalystsforOxygenReductionReactionandOxygenEvolutionReaction–J.WuandZ.Chen(UniversityofWaterloo)

11:40 1179 SynthesisandOxygenReductionCatalyticPropertiesofLa0.6Ca0.4CoO3FinePowdersbySinteringwithCarbonate–S.Takase,Y.Kanda,andY.Shimizu(KyushuInstituteofTechnology)

Other Media Systems – 13:20 – 16:30Co-Chairs: Wei Wang and Yangchuan Xing

13:20 1180 (Invited)RecentProgressinasHighlyEfficientNon-PreciousCatalystsforOxygenReductionReactionsinAlkalineSolutions–J.Cho(UlsanNationalInstituteofScienceandTechnology)

13:50 1181 (Invited)SecondaryLi-AirBatterieswithAcidicAqueousCatholytes–O.Crowther(MaxPowerInc)andM.Salomon(MaxPower,Inc.)

14:20 1182 (Invited)AqueousElectrolyte-BasedMetal-AirBatteries:ChallengesforRechargeableZincElectrodesandReversibleAirElectrodes–T.AbeandK.Miyazaki(KyotoUniversity)

14:50 1183 EnhancementofOxygenTransportintheStorageElectrodeofaHighTemperatureSecondaryMetal-AirBatteryBasedonanOxygenIonConductingElectrolyte–H.Landes,R.Reichenbacher,C.Schuh(SiemensCorporateTechnology),T.Soller(SiemensAG),G.Zhang,andC.Lu(SiemensEnergyInc)

15:10 1184 HybridLi-airBatterywithSulfuricAcidElectrolyteandBuckypaperAirCathode–Y.Li,K.Huang(MissouriUniversityofScienceandTechnology),andY.Xing(UniversityofMissouri)

15:30 1185 ImprovementinDischargePerformanceofanMH/AirSecondaryBatterywithMultipleElectrodes–M.Mizutani,M.Morimitsu(DoshishaUniversity),andY.Wada(KyushuElectricPowerCo.,Inc.)

15:50 1186 ComparisonofRoomTemperatureSodium/Oxygen-andLithium/Oxygen-BatterieswithLiquidElectrolyte–P.Hartmann,C.Bender(Justus-Liebig-UniversityGiessen),A.Garsuch,A.Dürr(BASFSE),J.Janek(JustusLiebigUniversityGießen),andP.Adelhelm(Justus-Liebig-UniversityGiessen)

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09:20 1583 PerformanceCharacteristicsofPEFCswithPatternedElectrodesPreparedbyPiezo-electricPrinting–D.Malevich,M.Saha,E.Halliop,B.Peppley,J.Pharoah(Queen’s-RMCFuelCellResearchCentre),andK.Karan(Queen’sUniversity)

09:40 Intermission(20Minutes)10:00 PosterAwards(RoomofSectionD)–JimFenton

andThomasSchmidt(20Minutes)10:20 1584 Ice-CrystallizationKineticsandWaterMovement

inGas-DiffusionandCatalystLayers–T.J.Dursch,M.Ciontea,G.Trigub,C.Radke(UniversityofCalifornia,Berkeley),andA.Weber(LawrenceBerkeleyNationalLaboratory)

10:40 1585 TheeffectofPtParticleDistributionofVariousSupportedElectrocatalystonPtUtilizationofMembrane-ElectrodeAssembly–M.Uchida,K.Kakinuma,H.Uchida,andM.Watanabe(UniversityofYamanashi)

11:00 1586 TemperatureSensitivityofPolymer-ElectrolyteFuelCellswithUltra-LowCatalystLoadings–M.L.Perry,C.Shovlin,andR.Zaffou(UnitedTechnologiesResearchCenter)

11:20 1587 EffectsofThrough-planeThermalGradientsofAnodeandCathodeElectrodesonPEMFCPerformance–K.InmanandX.Wang(OaklandUniversity)

11:40 1588 TheSpatialPerformanceEffectofElectrodeDefectsinPEMFC–G.Bender(NationalRenewableEnergyLaboratory),W.Felt(NREL),andM.Ulsh(NationalRenewableEnergyLaboratory)


B-3.1 Fuel Cells – General (1) – 08:00 – 11:40Co-Chairs: Sri Narayanan and HyukSang Kwon

08:00 1589 DesignofAl-FeAlloysforFastOn-boardHydrogenProductionfromHydrolysis,andItsApplicationtoPEMFC–K.Eom(KoreaInstituteofScienceandTechnology),J.Kwon(UniversityofMichigan),M.Kim,andH.Kwon(KoreaAdvancedInstituteofScienceandTechnology)

08:40 1590 InfluencesofVariousRecycledFuelConditionsontheStabilityofDirectMethanolFuelCells–K.Park,M.Yang,andJ.Park(SejongUniversity)

09:00 1591 ImmobilizedViologenPolymersforCarbohydrateFuelCell–Y.Pan,J.Stockton,D.Hansen,W.Pitt,andD.R.Wheeler(BrighamYoungUniversity)

09:20 1592 In SituandExSituCharacterizationofBipolarPlatesforPEMFuelCells–S.Ladre(Sør-TrøndelagUviversityCollege),O.Kongstein,A.Oedegaard(SINTEFMaterialsandChemistry),F.Seland(NorwegianUniversityofScienceandTechnology),andH.Karoliussen(Sør-TrøndelagUniversityCollege)


andThomasSchmidt(20Minutes)10:20 1593 SpatiallyResolvedCharacterizationofDMFCs

AgedunderCriticalConditions–A.Löhmer,K.Wippermann,M.Müller,andD.Stolten(ForschungszentrumJülichGmbH)

Liquid Electrolytes, Modelling 1 – 14:00 – 15:40Co-Chairs: Dr. Tasaki and Dr. Borodin

14:00 1254 InsightintoElectrolyteStability,DecompositionandTransportPropertiesfromDFTandMDSimulations–O.Borodin(U.S.ArmyResearchLaboratory),L.Xing(TheUniversityofUtah),andT.Jow(U.S.ArmyResearchLaboratory)

14:40 1255 ElectrolyteStructureNearChargedElectrodeSurfaces:AMolecularDynamicsSimulationStudy–D.Bedrov,L.Xing,J.Vatamanu(TheUniversityofUtah),andO.Borodin(U.S.ArmyResearchLaboratory)

15:00 1256 PropertiesofFluoro-FreeNon-AqueousElectrolytes:ComputationalPredictionsandExperimentalResults–J.Scheers(ChalmersUniversityofTechnology),W.A.Henderson(NorthCarolinaStateUniversity),P.Johansson,andP.Jacobsson(ChalmersUniversityofTechnology)

15:20 1257 StabilityofAproticSolventsinLi-AirBatteries:TheoreticalInvestigationofNucleophilicSubstitutionbySuperoxide,C-HAcidity,andAutoxidation–V.S.Bryantsev,J.Uddin(LioxPower,Inc.),W.Walker(LioxPowerInc.),V.Giordani,S.Zecevic,D.Addison,andG.V.Chase(LioxPower,Inc.)

Liquid Electrolytes, Modelling 2 – 16:00 – 16:40Co-Chairs: Dr. Borodin and Dr. Tasaki

16:00 1258 AbInitioStudyonReductionMechanismsofVinyleneCarbonateUsingGlobalReactionRouteMappingMethod–K.Miyamoto,R.Asahi(ToyotaCentralR&DLabs.,Inc.),andK.Ohno(ToyotaPhysical&ChemicalResearchInstitute)

16:20 1259 DFTStudyonReductionReactionsofEthyleneCarbonateandPropyleneCarbonateasCo-SolventsinsideGraphiteinLithium-IonBatteryCells–K.Tasaki(MitsubishiChemicalHoldingsAmerica)andA.Goldberg(AccelrysSoftware,Inc.)


A-3.1 Catalyst Layers – 08:00 – 12:00Co-Chairs: Kunal Karan & Kelly Perry

08:00 1580 DeterminationofCLIonomerConductivity–K.Karan(Queen’sUniversity)

08:40 1581 STXMCharacterizationofPEMFuelCellCatalystLayers–D.Susac(AFCC),V.Berejnov,A.P.Hitchcock(McMasterUniversity),andJ.Stumper(AutomotiveFuelCellCooperationCorp.)

09:00 1582 AnalysisandExperimentsofMajorParametersinCatalystLayerStructureAffectingonPEFCPerformance–M.Kobayashi,Y.Tabe,andT.Chikahisa(HokkaidoUniversity)

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D-3.1 Pt-Alloy Cathode Catalysts 1 – 08:00 – 10:20Co-Chairs: Branko Popov and Hiroyuki Uchida

08:00 1605 DispersedPtCoAlloyCatalystSynthesizedbyModifiedPolyolReductionMethodforPEMFuelCells–T.KawamuraandS.Matsumoto(ToyotaMotorCorporation)

08:20 1606 EnhancedORRandMORActivitiesbyBimetallicCoPtandPdPtElectrocatalysts–B.A.Kakade,T.Tamaki,H.Ohashi,andT.Yamaguchi(TokyoInstituteofTechnology)

08:40 1607 DevelopmentofHighlyActivePt2Ni/CCatalystforPEMFuelCell–T.Xie,T.Kim,W.Jung,A.Kriston,P.Ganesan,andB.N.Popov(UniversityofSouthCarolina)

09:00 1608 SubsurfaceEnrichmentinHighlyActiveDealloyedPt-NiCatalystNanoparticlesforOxygenReduction–L.Gan(TechnicalUniversityBerlin),M.Heggen(ForschungszentrumJuelichGmbH),andP.Strasser(TechnischeUniversitätBerlin)

09:20 1609 Core-ShellFineStructureandSize-DependentMorphologyofDealloyedPtBimetallicNanoparticleFuelCellElectrocatalysts–M.Oezaslan(TechnischeUniversitätBerlin),M.Heggen(ForschungszentrumJuelichGmbH),andP.Strasser(TechnischeUniversitätBerlin)


andThomasSchmidt(20Minutes)


E-3.1 Alkaline Membranes and Systems – 08:00 – 12:00Co-Chairs: Plamen Attanasov & Robert Mantz

08:00 1610 Anion-ExchangeMembraneFuelCellforPlatinum-freeLiquidFuelCar–K.Asazawa,H.Tanaka(DaihatsuMotorCo.Ltd.),U.Martinez,B.Halevi(TheUniversityofNewMexico),A.Serov(UniversityofNewMexico),K.Artyushkova,P.Atanassov(TheUniversityofNewMexico),andB.Kiefer(NewMexicoStateUniversity)

08:40 1611 AlkalineDurableAnionExchangeMembranesBasedonGraft-typeFluoropolymerFilmsforHydrazineHydrateFuelCell–K.Yoshimura,H.Koshikawa,T.Yamaki,Y.Maekawa(JapanAtomicEnergyAgency),K.Yamamoto,H.Shishitani,K.Asazawa,S.Yamaguchi,andH.Tanaka(DaihatsuMotorCo.,Ltd.)

09:00 1612 StringingCationsinHydroxideExchangeMembranesforLowWater-UptakeandHighHydroxide-Conductivity–J.Wang,S.Gu,andY.Yan(UniversityofDelaware)

09:20 1613 HighlyAnion-ConductingPorousPolymerElectrolyteMembraneforAlkalineFuelCells–H.Zarrin,M.Fowler,andZ.Chen(UniversityofWaterloo)


andThomasSchmidt(20Minutes)

10:40 1594 TheEffectofGasDiffusionMediaonAMFCperformance–T.Isomura,K.Fukuta,H.Yanagi(TokuyamaCorp.),S.Ge,andC.Wang(ThePennsylvaniaStateUniversity)

11:00 1595 DevelopmentofHighPerformanceMEAbyCS-AFM(CurrentSensing–AtomicForceMicroscopy)–S.Lee,O.Kwen,D.Lee(DaeguGyeongbukInstituteofScience&Technology),B.Han(DaeguGyeongbukInstituteofScienceandTechnology(DGIST)),S.Hwang,J.Jang,G.Choi,A.Bates(DaeguGyeongbukInstituteofScience&Technology),andS.Park(UniversityofLouisville)

11:20 1596 ComparisonofH2SEffects:UsingTwoDifferentUltra-LowPlatinumAnodeLoadingsunderDifferentPEFCOperatingConditions–C.Quesada,T.Rockward,K.C.Rau,andF.H.Garzon(LosAlamosNationalLaboratory)


C-3.1 High Temperature and Composite Membranes 2 – 08:00 – 11:40Co-Chairs: Michael Ulsh and Hideki Nakagawa

08:00 1597 NovelAnionConductiveBlockCopolymersforAlkalineFuelCellsandWaterElectrolysis–P.Kohl,J.Zhou,D.Park,K.Joseph,J.Ahlfield,andH.Beckham(GeorgiaInstituteofTechnology)

08:40 1598 AdvancedHybridSuperAcidicInorganic-OrganicPEMsforHotterandDrierOperation–A.Herring,J.L.Horan,M.Kuo,J.Jessop,G.Schlichting,andY.Yang(ColoradoSchoolofMines)

09:00 1599 AnhydrousNovelAcid-BaseBinaryandTernarySystemsforFuelCellApplications–M.SinghandH.Missan(UniversityoftheWestIndies)

09:20 1600 NewCompositePEMforHighTemperatureFuelCells–M.E.Cordova,A.Sleczka,E.M.Kelder,andS.J.Picken(TUDelft)


andThomasSchmidt(20Minutes)10:20 1601 Zeolite4A-MethaneSulfonicAcid-Sulfonated

Poly(EtherEtherKetone)BasedMixedMatrixMembranesforDirectMethanolFuelCells–S.Meenakshi,S.D.Bhat,A.Sahu,P.Sridhar,andS.Pitchumani(CSIR-CentralElectrochemicalResearchInstitute)

10:40 1602 PolymerInorganicComposite(PIC)NanofiberProtonExchangeMembraneforDirectMethanolFuelCells–G.Arumugam,V.Kamavaram,V.Veedu,andK.Cheung(OceanitLaboratoriesInc)

11:00 1603 NanofiberCompositeMembranesforaRegenerativeH2/Br2FuelCell–J.ParkandP.Pintauro(VanderbiltUniversity)

11:20 1604 CompositeSulfonatedPolyetherEtherKetone(SPEEK)Membraneswith3-(Trihydroxysilyl)-1-PropanesulfonicAcidforaDirectMethanolFuelCell(DMFC)–S.Yun,J.Parrondo,andV.Ramani(IllinoisInstituteofTechnology)

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A-3.2 Porous Transport Layers – 14:00 – 18:00Co-Chairs: Emin Kumbur, Trung Nguyen, and Felix Buechi

14:00 1624 InfluenceofHydrohilicandHydrophobicDoubleMPLCoatedGDLonPEFCPerformance–T.Kitahara,H.Nakajima,K.Mori,andM.Inamoto(KyushuUniversity)

14:20 1625 ObservationofWaterTransferPhenomenainMicro-PorousLayerofPEFC–Y.AOYAMA,K.Kadowaki,Y.Tabe,andT.Chikahisa(HokkaidoUniversity)

14:40 1626 TheEffectofMicroporousLayeronPEFCDryout–D.Malevich,E.Halliop,J.Suryana,B.Peppley,J.Pharoah(Queen’s-RMCFuelCellResearchCentre),andK.Karan(Queen’sUniversity)

15:00 1627 UnderstandingMechanismofPTFEDistributioninFibrousPorousMedia–G.Inoue(KyotoUniversity),N.Ishibe,Y.Matsukuma,andM.Minemoto(KyushuUniversity)

15:20 1628 HydrophobicGasDiffusionMediaforPEMFuelCellsbyDirectFluorination–T.V.Nguyen(TheUniversityofKansas),A.Ahosseini,andX.Wang(UniversityofKansas)

15:40 1629 MeasurementofCapillaryPresuureCurvesinGDLsatElevatedTemperatures–J.GostickandK.P.Shrestha(McgillUniversity)

16:00 Intermission(20Minutes)16:20 1630 WaterDistributioninGDLatOptimum

Humidification–J.Eller,J.Roth,R.Gaudenzi,S.Irvine,F.Marone,M.Stampanoni(PaulScherrerInstitut),A.Wokaun(PaulScherrerInstitute),andF.Büchi(PaulScherrerInstitut)

16:40 1631 Three-DimensionalMorphologicalCharacterizationofMicroPorousLayers–A.SadeghiAlavijeh,A.Nanjundappa,M.ElHannach,andE.Kjeang(SimonFraserUniversity)

17:00 1632 InvestigationofWaterBreakthroughandFlowinGasDiffusionLayersandRelavancetoFuelCellWaterManagement–Z.LuandJ.Patterson(FordMotorCompany)

17:20 1633 EffectofChannelMaterialsontheBehaviorofWaterDropletEmergingfromGDLintoPEMFCGasChannels–P.GopalanandS.Kandlikar(RochesterInstituteofTechnology)

17:40 1634 Microstructure-DrivenAnalysisofTwo-PhaseTransportinDual-LayerDiffusionMediaofPEFCs–E.A.Wargo(DrexelUniversity),V.P.Schulz(Baden-WuerttembergCooperativeStateUniversity),A.Cecen,S.R.Kalidindi,andE.C.Kumbur(DrexelUniversity)


B-3.2 Fuel Cells – General (2) – 14:00 – 15:40Co-Chairs: Takashi Tokumasu and Sri Narayanan

14:00 1635 NanoscaleTransportPhenomenainPEMofPEFCbyLargeScaleMolecularDynamicsSimulations–T.Tokumasu(TohokuUniversity)

10:20 1614 ModelingandAnalysisofIonTransportTroughAnionExchangeMembranesUsedinAlkalineFuelCells–S.CastañedaRamírezandC.SánchezSáenz(UniversidadNacionaldeColombia)

10:40 1615 SynthesisofTriarylsulfoniumFunctionalizedPolysulfoneforHydroxideExchangeMembraneFuelCells–B.Zhang,S.Gu,J.Wang,Y.Yan(UniversityofDelaware),andA.Herring(ColoradoSchoolofMines)

11:00 1616 PolymerBackboneStabilityofQuaternizedFluorinatedPoly(aryleneether)sandItsImpactonAMFCPerformance–D.Kim(HonamPetrochemicalCorp.),C.H.Fujimoto(SandiaNationalLaboratories),M.Hibbs(SandiaNationalLaboratory),D.Wrobleski,andY.Kim(LosAlamosNationalLaboratory)

11:20 1617 AlkalineStabilityandAMFCPerformanceofPerfluorinatedPolymerElectrolytes–D.Kim(HonamPetrochemicalCorp.),C.H.Fujimoto(SandiaNationalLaboratories),M.Hibbs(SandiaNationalLaboratory),andY.Kim(LosAlamosNationalLaboratory)

11:40 1618 ThePerformanceofAnionicIonomersinDirectMethanolFuelCells–K.Joseph,J.Ahlfield,J.Zhou,andP.Kohl(GeorgiaInstituteofTechnology)


D-3.1 Pt-Alloy Cathode Catalysts 1 (Continued) – 10:20 – 12:00Co-Chairs: Branko Popov and Hiroyuki Uchida

10:20 1619 OxygenReductionReactiononElectrodepositedPt100-xNix:Influenceofalloycompositionanddealloying–Y.Liu,C.Hangarter(NationalInstituteofStandardsandTechnology),U.Bertocci(NIST),andT.Moffat(NationalInstituteofStandardsandTechnology)

10:40 1620 HighActivityDe-alloyedPtMn(M=CoandNi)CathodicCatalystsshowingOO(H)orO(H)coverageonPtConsistentwiththeSabateirModel–D.E.Ramaker(TheGeorgeWashingtonUniversity),K.Caldwell(GeorgeWashingtonUniversity),S.Mukerjee,Q.Jia(NortheasternUniversity),andJ.Ziegelbauer(GeneralMotorsCentralResearchandDevelopment)

11:00 1621 PEMFCNanoparticleCatalystDealloyingfromKineticMonteCarloSimulations–B.Puchala(UniveristyofWisconsin-Madison),S.Lin(NationalChengKungUniversity),L.Wang,andD.Morgan(UniversityofWisconsin-Madison)

11:20 1622 DealloyingofNanoparticles–X.Li(ArizonaStateUniversity),I.McCue,J.Snyder,J.Erlebacher(JohnsHopkinsUniversity),andK.Sieradzki(ArizonaStateUniversity)

11:40 1623 CorrelationbetweenLocalStructureandCatalyticActivityofMonolayerPtCatalystsforOxygenReduction–X.Wang,Y.Orikasa(KyotoUniversity),M.Inaba(DoshishaUniversity),andY.Uchimoto(KyotoUniversity)

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17:00 1646 Bio-inspiredElectrocatalystsforORR:TheCaseforStructuredMixedMetalOxides–B.Halevi(TheUniversityofNewMexico),C.Harrison,A.Serov,C.Lau(UniversityofNewMexico),K.Artyushkova(TheUniversityofNewMexico),B.Kiefer(NewMexicoStateUniversity),andP.Atanassov(TheUniversityofNewMexico)

17:20 1647 CoaxialTiN-CNTCompositesasEffectiveLowTemperatureFuelCellElectrocatalystSupports–D.C.HigginsandZ.Chen(UniversityofWaterloo)

17:40 1648 ElectrospunIron/PolyacrylonitrileDerivedNanofibrousCatalystsforOxygenReductionReaction–J.Wu,H.Park,D.C.Higgins,andZ.Chen(UniversityofWaterloo)

18:00 1649 Nitrogen-dopedActivatedGrapheneSupportedPlatinumElectrocatalystforOxygenReductionReactioninPEMFuelCells–J.Choi,D.Lee,andZ.Chen(UniversityofWaterloo)


D-3.2.1 Pt-Alloy and Core-Shell Cathode Catalysts – 14:00 – 18:20Co-Chairs: Vojislav Stamenkovic and Hideo Daimon

14:00 1650 AdvancedElectrocatalystsforPEMFuelCells–C.Wang,D.VanderVliet,D.Tripkovic,D.Strmcnik,D.Li,N.M.Markovic,andV.R.Stamenkovic(ArgonneNationalLaboratory)

14:40 1651 In SituPtK-EdgeXAFSStudyonPt/AuNanoclustersforFuelCellCatalysts–T.Kaito,H.Mitsumoto,S.Sugawara,K.Shinohara(NissanMotorCo.,Ltd),H.Uehara,H.Ariga,S.Takakusagi,andK.Asakura(HokkaidoUniversity)

15:00 1652 EvaluationofElectrocatalyticActivityandDurabilityforOxygenReductionReactionofAuCore/PtShellCatalystswithSmallCore–E.Higuchi,K.Okada,M.Chiku,andH.Inoue(OsakaPrefectureUniversity)

15:20 1653 ImprovementofDurabilityofAucore/PtShellStructuredCatalyst–H.Daimon(DoshishaUniversity),N.Aoki(ishihukumetalindustry),H.Inoue(IshifukuMetalIndustryCo.,Ltd),T.Nishikawa,Y.Ikehata,E.Maki(DoshishaUniversity),H.YAMADA(NaraNationalCollegeofTechnology),andM.Inaba(DoshishaUniversity)

15:40 1654 SynthesisofPt-AuNanoparticleNetlikeAssemblyasHighActiveandDurableCatalystsforORR–Z.Zhou,H.Wang,L.Song,C.Chen,N.Tian,andS.Sun(XiamenUniversity)

16:00 Intermission(20Minutes)16:20 1655 In SituXAFSStudyontheStructureand

BehaviorofPEFCCore-ShellPt-M/C(M=Au,Pd)CatalystsunderStepwiseVoltageOperationConditions–S.Nagamatsu(TheUniversityofElectro-Communications,Tokyo),T.Arai,M.Yamamoto,H.Oyanagi(HondaR&DCo.,Ltd.),T.Ishizaka,H.Kawanami(AIST),T.Uruga(JASRI/SPring-8),M.Tada(InsituteforMolecularScience),andY.Iwasawa(TheUniversityofElectro-Communications,Tokyo)

14:40 1636 ADirectDMEHighTemperaturePEMFuelCell–A.Vassiliev,J.Jensen,Q.Li,C.Pan,L.Cleemann(TechnicalUniversityofDenmark),T.Steenberg,H.Hjuler(DanishPowerSystems),andN.Bjerrum(TechnicalIniversityofDenmark)

15:00 1637 PercolationinCatalystLayerofPEMFC–S.A.StacyandJ.Allen(MichiganTechnologicalUniversity)

15:20 1638 ImpactofStructuralPlasticsasBalanceofPlantComponentsonFuelCellPerformance–B.Lakshmanan,K.O’Leary,andR.Reid(GeneralMotorsCompany)


D-3.2.2 Non-Precious Metal Catalysts – 14:00 – 18:20Co-Chairs: Akimitsu Ishihara and Plamen Atanassov

14:00 1639 ElectrochemicalCharacterizationofNon-PreciousMetalCatalystsBasedonCopper-TriazoleComplexesforOxygenReductionReactioninPEMFuelCells–C.Zhang,G.A.Goenaga,C.Dabke,A.Belapure,A.Papandrew,S.Foister,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

14:20 1640 SynthesisandElectrochemicalCharacterizationofCo,FeandCu-basedCatalystsForORRInPEMFuelCells–G.A.Goenaga(TheUniversityofTennessee),J.Brooksbank(UniversityofTennesseeKnoxville),C.Dabke,C.Zhang,A.Belapure,A.Papandrew,S.Foister,andT.A.ZawodzinskiJr.(TheUniversityofTennessee)

14:40 1641 Non-PGMElectrocatalystsforORR:StructureandReactivityofDinuclearHeterometallicCatalysts–K.StricklandandS.Mukerjee(NortheasternUniversity)

15:00 1642 Group4and5MetalOxide-BasedCompoundsasNewNon-PlatinumCathodeforPEFC–A.Ishihara,S.Yin,K.Suito,K.Hara,K.Matsuzawa,S.Mitsushima,K.Ota(YokohamaNationalUniversity),M.Matsumoto,andH.Imai(NISSANARCLtd.)

15:40 1643 ORRActivityofNbOxideBasedCatalystPreparedfromNbCompoundIncludingCandN–K.Hara,A.Ishihara(YokohamaNationalUniversity),M.Matsumoto,M.Arao,H.Imai(NISSANARCLtd.),K.Matsuzawa,S.Mitsushima,andK.Ota(YokohamaNationalUniversity)

16:00 Intermission(20Minutes)16:20 1644 OxygenReductiononTiO2-CoatedCarbon

NanofibersDecoratedwithGraphenePlatelets–J.P.McClure(NCStateUniversity),C.Devine,A.Loebl(NorthCarolinaStateUniversity),R.Jiang,D.Chu(U.S.ArmyResearchLaboratory),J.Cuomo,G.Parsons,andP.Fedkiw(NorthCarolinaStateUniversity)

16:40 1645 Highly-dispersedNanoscaleTantalum-basedCatalystsPreparedbyElectrodepositionasNovelNon-platinumCathodesforPEFCs–J.SEO(TheUniversityofTokyo),K.Takanabe(KingAbdullahUniversityofScienceandTechnology(KAUST)),J.Kubota,andK.Domen(TheUniversityofTokyo)

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15:40 Intermission(20Minutes)16:00 1666 ElectrodeDegradationofDirectMethanolFuel

CellsEvidencedbyX-rayTomography–Q.Li,D.Spernjak,andY.Kim(LosAlamosNationalLaboratory)

16:20 1667 CatalystsforDirectFormicAcidFuelCells–C.A.RiceandA.Bauskar(TennesseeTechUniversity)

16:40 1668 EffectofNanometallicCatalystsonElectrochemicalOxidationofGlycerol–V.Tran,T.Nguyen,T.Lam,T.Co,andT.Nguyen(VietnamNationalUniversity)

17:00 1669 ProductDistributiononEthyleneGlycolOxidationReactionforCarbonNeutralEnergyCycleSystem–T.Takeguchi,H.Arikawa,K.Sato(HokkaidoUniversity),M.Yamauchi(KyushuUniversity),andR.Abe(KyotoUnivetsity)


Electrochemical Synthesis of Fuels – 08:00 – 09:40Co-Chairs: Nguyen Minh and Sri R. Narayan

08:00 1809 MechanisticStudiesduringElectro-OxidationofUreaonNi-CoCatalystinAlkalineMedium–V.VedharathinamandG.G.Botte(OhioUniversity)

08:20 1810 DevelopmentofMethanolElectrolysisSystemforHydrogenProduction–T.I.Valdez,K.Billings,andA.K.Kisor(CaliforniaInstituteofTechnology)

08:40 1811 ElectrochemicalReductionofCO2toValue-AddedProducts:TheeffectofElectrodeStructureandElectrolyte–H.Jhong,M.R.Thorson,S.Ma,A.Salehi,andP.J.Kenis(UniversityofIllinoisatUrbana-Champaign)

09:00 1812 CarbonDioxideDecompositionandOxygenGenerationViaSOEC–H.GuoandB.Kang(WestVirginiaUniversity)

09:20 1813 LowOverpotentialCO2ReductiononNanostructuredCopperElectrodes–C.W.LiandM.Kanan(StanfordUniversity)

Electrocatalytic and Catalytic Synthesis of Fuels – 10:00 – 12:20Co-Chairs: Deryn Chu and Sri R. Narayan

10:00 1814 RoomTemperatureElectrochemicalSynthesisofOxygenatesthroughaCarbonateAnionPathway–N.SpinnerandW.E.Mustain(UniversityofConnecticut)

10:20 1815 DegradationofSolidOxideElectrolysisCellsAppliedforH2O/CO2Co-Electrolysis–Y.Tao,S.D.Ebbesen,andM.Mogensen(TechnicalUniversityofDenmark)

10:40 1816 HydrogenProductionViaElectrolysisinCu-ClThermochemicalCycle–S.N.Lvov,R.Schatz,S.Kim,S.Khurana,A.Morse,M.Chung,andM.Fedkin(ThePennsylvaniaStateUniversity)

16:40 1656 EnhancedOxygenReductionPerformanceandDurabilityforTitaniumDioxideModifiedPtAu/CNanoparticles–C.Liu(NationalCentralUniversity),M.Janyasupab(CaseWesternReserveUniversity),Y.Zhang(ShanghaiUniversity),C.Lai,J.Lin,L.Tsai(IndustrialTechnologyResearchInstitute),C.Liu(CaseWesternReserveUniversity),andK.Wang(NationalCentralUniversity)

17:00 1657 PtPdAreogelsasaNewClassofHighSurfaceAreaCatalyststowardstheOxygenReductionReaction–W.Liu(TechnicalUniversityDresden),A.Rabis(PaulScherrerInstitute),A.Foeslke(PaulScherrerInstitut),R.Kötz(PaulScherrerInstitute),J.Yuan(TUDresden),A.Hermann(TechnicalUniversityDresden),P.Rodriguez(PaulScherrerInstitut),A.Eychmüller(TechnicalUniversityDresden),andT.J.Schmidt(PaulScherrerInstitute)

17:20 1658 Pt-Sn(OxidizedShell)/CandPt-Sn(Reduced)/CasCathodeCatalystsfortheOxygenReductionReactioninPolymerElectrolyteFuelCells:CatalystPerformancesandCharacterization–G.Samjeske,S.Nagamatsu,K.Nagasawa,Y.Imaizumi,S.Takao,O.Sekizawa(TheUniversityofElectro-Communications,Tokyo),T.Yamamoto(TheUniversityofTokushima),T.Uruga(JASRI/SPring-8),andY.Iwasawa(TheUniversityofElectro-Communications,Tokyo)

17:40 1659 PtScAlloyNanocrystalsasElectrocatalystswithHighSpecificandMassActivityforOxygenReductionReaction–Y.Zhang(UniversityofDelware),Z.Zhuang,andY.Yan(UniversityofDelaware)

18:00 1660 HydrogenOxidationatSmallAmountofPtonTiO2-SiO2–W.Zhang,S.Shironita,andM.Umeda(NagaokaUniversityofTechnology)


E-3.2 Acid Direct Fuel Cells. Materials and Systems – 14:00 – 17:20Co-Chairs: Cynthia Rice and Adam Lewera

14:00 1661 HydrocarbonElectrolyteswithNitrileGroupsforDirectMethanolFuelCells–S.Hürter,M.Müller,D.Stolten(ForschungszentrumJülichGmbH),andM.Guiver(NationalResearchCouncilCanada)

14:20 1662 Meso-StructuredAluminosilicate-NafionHybridMembranesforDMFCs–S.Meenakshi,A.Sahu,S.D.Bhat,P.Sridhar,S.Pitchumani(CSIR-CentralElectrochemicalResearchInstitute),andA.K.Shukla(IndianInstituteofScience)

14:40 1663 MechanisticStudiesofPalladiumBasedCatalystsintheReactionsofAlcoholsElectrooxidation–A.Serov(UniversityofNewMexico),U.Martinez,K.Artyushkova,B.Halevi,andP.Atanassov(TheUniversityofNewMexico)

15:00 1664 MultiscalemodelingforDirectEthanolFuelCells–R.Ribadeneira,D.C.Orozco,andJ.Molina(UniversidadNacionaldeColombia)

15:20 1665 TungstenCarbideonMultiwalledCarbonNanotubeasaCo-CatalystforMethanolOxidation–M.Rahsepar(ShirazUniversity),P.Nikolaev(SungkyunkwanUniversity),andH.Kim(DGIST)

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17:40 1830 ProtonConductiveNiobiumPhosphatesasElectrolytesforFuelCellsOperatingwithRenewableBiofuels–Y.Huang,Q.Li,T.Anfimova,A.H.Jensen,J.Jensen,E.Christensen,andN.Bjerrum(TechnicalUniversityofDenmark)


Na-Ion Batteries – Anodes – 08:00 – 11:20Co-Chairs: Jordi Cabana and Shinichi Komaba

08:00 1852 HighCapacityNegativeElectrodesforNa-IonBatteries:InsertionMechanismandSEILayer–S.Komaba,T.Ishikawa,Y.Matsuura,W.Murata,N.Yabuuchi,S.Shimazu(TokyoUniversityofScience),J.Son,Y.Cui,H.Oji(JapanSynchrotronRadiationResearchInstitute),K.Gotoh(OkayamaUniversity),andK.Takeda(KyotoUniversity)

08:30 1853 ReversibleInsertionofSodiuminTin–L.D.Ellis,T.D.Hatchard,andM.N.Obrovac(DalhousieUniversity)

08:50 1854 First-PrinciplesStudyonAlkaliMetal-GraphiteIntercalationCompounds–K.Nobuhara,H.Nakayama,S.Nakanishi,andH.Iba(ToyotaMotorCorporation)

09:10 1855 ElectrochemicalPropertiesofTitanium-BasedAnodeMaterialsforRechargeableNaIonBattery–H.Nakayama,M.Nose,K.Nobuhara,S.Nakanishi,andH.Iba(ToyotaMotorCorporation)

09:30 Intermission(30Minutes)10:00 1856 GaV4S8:ANewClassofAnodeMaterialfor

Sodium-IonBatteries–C.Michelet(IMN–CNRS),O.Crosnier,T.Brousse(UniversityofNantes),P.Moreau,andD.Guyomard(IMN–CNRS)

10:20 1857 ElectrochemicalInsertionofNaIonintoNanocarbonMaterialsforSodiumIonBatteries–T.Matsushita,Y.Ishii,andS.Kawasaki(NagoyaInstituteofTechnology)

10:40 1858 ReactionofLiandNawithIronOxide/CarbonNanotubeCompositeElectrodeinIonicLiquidElectrolyte–M.Egashira,Y.Tsubouchi,D.Ogawa,N.Yoshimoto,andM.Morita(YamaguchiUniversity)

11:00 1859 MicrowaveSynthesizedNaTi2(PO4)3AnodeMaterialsForRechargeableAqueousElectrolyteSodium-IonBattery–W.Wu,A.Mohamed,andJ.F.Whitacre(CarnegieMellonUniversity)

Na-Ion Batteries – Electrode Materials and Electrolytes – 14:00 – 18:00Co-Chairs: Naoki Yabuuchi and Palani Balaya

14:00 1860 Na3V2(PO4)3/C:ANovelPorousSodiumIonInsertionHostForSodiumIonBatteryApplications–K.Saravanan,L.Bing,andP.Balaya(NationalUniversityofSingapore)

11:00 1817 NanostructuredMolybdenumCarbideasPt-FreeCatalystsforHydrogenEvolution–W.Chen,C.Wang,K.Sasaki(BrookhavenNationalLaboratory),N.Marinkovic(UniversityofDelaware),W.Xu,J.Muckerman,Y.Zhu,andR.R.Adzic(BrookhavenNationalLaboratory)

11:20 1818 ReverseCombustion:TheEfficientElectrochemicalConversionofCarbonDioxideandWatertoOrganicFuelsUsinganAromaticAmineCatalyst–A.B.Bocarsly,T.Shaw,E.Zeitler,K.Liao,Y.Hu,Z.Detweiler,M.Baruch,J.Herb,andJ.White(PrincetonUniversity)

11:40 1819 ReactiveMolecularDynamicsModelingofInterfacialPhenomenainSolidOxideFuelCells–B.V.Merinov(CaliforniaInstituteofTechnology),A.C.VanDuin(ThePennsylvaniaStateUniversity),andW.GoddardIII(CaliforniaInstituteofTechnology)

Fuel Production from Renewable Sources – 14:00 – 15:20Co-Chairs: Deryn Chu and Fanglin Chen

14:00 1820 ModelingtheBehaviorofaSolar-HydrogenGenerator–S.Haussener(LawrenceBerkeleyNationalLaboratory),C.Xiang(CaliforniaInstituteofTechnology),A.Berger,J.Newman(UniversityofCalifornia,Berkeley),N.S.Lewis(CaliforniaInstituteofTechnology),andA.Weber(LawrenceBerkeleyNationalLaboratory)

14:20 1821 RenewableLiquidFuelsfromSunlight–P.G.Hoertz,J.Bittle,A.Miller,D.Murry,C.Bonino,J.Newman,andJ.Trainham(RTIInternational)

14:40 1822 Low-CostRenewableHydrogenfromSunlightandWater–S.Y.Reece(SunCatalytix)

15:00 1823 ThermochemicalWaterSplittingwithZirconium-SubstitutedCeriumOxides–Y.Hao(CaliforniaInstituteofTechnology),W.Chueh(SandiaNationalLaboratories),andS.M.Haile(CaliforniaInstituteofTechnology)

Fuel Cells and Electrochemistry – 15:30 – 18:00Co-Chairs: Kevin Huang and Xingjian Xue

15:30 1824 HeterogeneousNanostructures:FastElectrochemistryforHigh-To-UltrahighPowerElectricalEnergyStorage–S.Lee(UniversityofMaryland)

16:00 1825 KineticsofOxidationofCOandH2andReductionofCO2andH2OinNi/YSZBasedSolidOxideCells–S.D.EbbesenandM.Mogensen(TechnicalUniversityofDenmark)

16:20 1826 UnderstandingTrendsinElectrocatalyticActivityforCOEvolution–H.A.Hansen,J.Varley,A.A.Peterson,andJ.K.Nørskov(StanfordUniversity)

16:40 1827 TheStatusofDirectMethanolFuelCellSystemLessonsLearnedandtheRoadAhead–D.ChuandR.Jiang(U.S.ArmyResearchLaboratory)

17:00 1828 X-rayAbsorptionMeasurementsonPerovskiteElectrodesfortheOxygenEvolutionReaction–M.Risch,K.Stoerzinger,K.May(MassachusettsInstituteofTechnology),A.Mansour(NavalSurfaceWarfareCenter),andY.Shao-Horn(MassachusettsInstituteofTechnology)

17:20 1829 CrossoverinaHomogeneous-CatalystReactor–J.Newman(UniversityofCalifornia,Berkeley)

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Proton Conductors – 08:00 – 11:40Co-Chairs: Sean Bishop and Hiroshige Matsumoto

08:00 1961 EnhancedProtonConductivitybyHydrogenationinAnodicZrO2-WO3-SiO2Nanofilms–K.Ye,Y.Aoki,E.Tsuji(HokkaidoUniversity),S.Nagata(TohokuUniversity),andH.Habazaki(HokkaidoUniversity)

08:20 1962 Water-AbsorbingPorousElectrolyteBasedonSulfatedHydrousTitaniaandApplicationtoWaterElectrolysis–S.Kim,T.Sakai(KyushuUniversity),J.Hamagami(KurumeNationalCollegeofTechnology),Y.Okuyama,H.Oda,T.Ishihara,andH.Matsumoto(KyushuUniversity)

08:40 1963 Current-VoltageRelationin(La,Ce)PO4Mixed-ConductingCeramics–H.L.RayandL.DeJonghe(LawrenceBerkeleyNationalLaboratory)

09:00 1964 ProtonConductivityandStabilityofIn3+DopedSnP2O7withVaryingP:M–C.R.Kreller,M.Wilson,R.Mukundan,E.L.Brosha,andF.H.Garzon(LosAlamosNationalLaboratory)

09:20 1965 SimulationsofProtonConductioninTinPyrophosphates–N.J.Henson,F.H.Garzon,andR.Mukundan(LosAlamosNationalLaboratory)

09:40 Intermission(20Minutes)10:00 1966 First-PrinciplesDefectEquilibriumCalculations

inRare-EarthPhosphateElectrolyteswithMixedConductivity–N.Adelstein,H.L.Ray,M.Asta,andL.DeJonghe(LawrenceBerkeleyNationalLaboratory)

10:20 1967 EffectofMulti-SiteDopingonTheConductivityofABO3PerovskiteMixedProton/ElectronConductors–K.PanandE.D.Wachsman(UniversityofMaryland)

10:40 1968 NanoionicsAppliedtoProtonConductingCeramics–J.Tong,D.Clark,S.Nikodemski,M.Shang,A.Herring,C.Wolden,A.Bunge,andR.O’Hayre(ColoradoSchoolofMines)

11:00 1969 FunctionalRelationshipsbetweenStructureandTransportintheBZYandBCYProtonConductors–A.BraunandQ.Chen(Empa)

11:20 1970 ImprovingthePerformanceofSolidOxideFuelCellswithBaZrO3ElectrolytebyUsingSinteractiveAnodicPowders–L.Bi,E.Fabbri(NationalInstituteforMaterialsScience),andE.Traversa(UniveristyofRomaTorVergata)

SOFC Performance – 14:00 – 18:20Co-Chairs: Teruhisa Horita and Xiao Dong Zhou

14:00 1971 MagnesiumManganeseSpinelCoatingsforSolidOxideFuelCellInterconnects–S.Joshi,C.Silva,andA.Petric(McMasterUniversity)

14:20 1861 Quinone-BasedOrganicActiveMaterialsforUseinSodiumandMagnesiumBatteries–M.Yao,H.Senoh,H.Sano(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Kuratani,T.Kiyobayashi,andH.Sakaebe(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

14:40 1862 Na-IonCapacitorUsingActivatedCarbonandNaPre-DopedHardCarbon–K.Kuratani(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),M.Yao,H.Senoh,N.Takeichi(NationalInstituteofAdvancedIndustrialScienceandTechnology),T.Sakai,andT.Kiyobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

15:00 1863 SynthesisandCharacterizationofNa3+xMxZr2-xSi2PO12forSolidStateNa-IonBatteryApplications–G.Hitz,K.Lee,andE.D.Wachsman(UniversityofMaryland)

15:20 1864 ElectrochemicalSodiumIonIntercalationPropertyofNa2.7Ru4O9inNonaqueousandAqueousElectrolytes–Y.Jung(KoreaAdvancedInstituteofScienceandTechnology),S.Hong(DaeguGyeongbukInstituteofScienceandTechnology),andD.Kim(KoreaAdvancedInstituteofScienceandTechnology)

15:40 Intermission(20Minutes)16:00 1865 ChargeandDischargePropertiesofSodium

SecondaryBatteriesUsingMoltenNaFSA-KFSA–A.Fukunaga,T.Yamamoto,T.Nohira,R.Hagiwara(KyotoUniversity),K.Numata,E.Itani,S.Sakai,K.Nitta,andS.Inazawa(SumitomoElectricIndustries,Ltd.)

16:20 1866 NewSodiumImidazoliumSaltsforBatteryElectrolytes–A.Plewa-Marczewska,T.Trzeciak,L.Niedzicki(WarsawUniversityofTechnology),J.S.Syzdek(LawerenceBerkeleyNationalLaboratory),E.Sasim,M.Dranka,G.Z.Zukowska,M.Marcinek,andW.Wieczorek(WarsawUniversityofTechnology)

16:40 1867 ConductivityandViscosityofPerchlorateSaltsDissolvedinNonaqueousSolvents–N.Uemura(NationalInstituteofAdvancedIndustrialScienceandTechnology),K.Kuratani,T.Kiyobayashi(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),andH.T.Takeshita(KansaiUniversity)

17:00 1868 Low-Temperature,Low-CostLiquidMetalBatteries–B.L.Spatocco,P.J.Burke,andD.R.Sadoway(MassachusettsInstituteofTechnology)

17:20 1869 In SituMeasurementstoExtractPotential,LocalCurrentandChargingCurrentDistributionsintheElectricandElectrolytePhasesofanEDLCapacitanceElectrode–K.C.Hess,J.F.Whitacre,andS.Litster(CarnegieMellonUniversity)

17:40 1870 AdvancedElectrochemicalEnergyStorageDevelopmentatPacificNorthwestNationalLaboratoryforRenewableIntegrationandSmartGridApplications–V.Sprenkle,S.Kim,W.Wang,G.Xia,J.Kim,andD.Choi(PacificNorthwestNationalLaboratory)

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D2Materials Degradation in Energy Systems: Corrosion and Hydrogen-Material InteractionsCorrosion/Battery/EnergyTechnology306A, Level 3, Hawaii Convention Center

Hydrogen Interactions with Materials – 08:00 – 12:10Co-Chairs: Lillard, Hebert, and Scully

08:00 2167 ElectrochemicalandMetal-PhaseProcessesAccompanyingHydrogenAbsorptioninAluminumDuringAqueousCorrosion–K.R.Hebert,O.O.Capraz,P.Shrotriya,andG.Zhang(IowaStateUniversity)

08:20 2168 EffectofAbsorbedHydrogenonCavityFormationatHighTemperatureWaterandItsRoleonSCCGrowth–K.Arioka(InstituteofNuclearSafetySystem)

08:50 2169 TheEffectsofChromate,Molybdate,andotherSelectedInhibitorsonSurfaceandCrackTipCorrosionInhibition–S.B.MaddenandJ.R.Scully(UniversityofVirginia)

09:20 2170 HydrogenDiffusionandTrappinginHighPurityAlandAluminumAlloy5083-H131–J.Ai,M.Lim,andJ.R.Scully(UniversityofVirginia)

09:50 Intermission(20Minutes)10:10 2171 LatticeDefectsInducedbyHydrogenAbsorption

inMetallicMaterials–H.Suzuki,K.Takai(SophiaUniversity),andM.Fujinami(ChibaUniversity)

10:40 2172 TheHydridingofUranium:BulkTransportandTrappingofHydrogeninUranium–R.Lillard(UniversityofAkron),C.D.Taylor,J.R.Wermer,N.A.Mara,andJ.C.Cooley(LosAlamosNationalLaboratory)

11:00 2173 TheInfluenceofHydrogenonNuclearFuelCorrosionInsideaFailedWasteContainer–M.E.Broczkowski,L.Wu,Z.Qin(WesternUniversity),andD.W.Shoesmith(UniversityofWesternOntario)

11:30 2174 ZrO2PassiveLayerStabilityLossinthePresenceofHydrogenDefects–ConnectionstoPitInitiation–M.YoussefandB.Yildiz(MassachusettsInstituteofTechnology)

11:50 2175 TheeffectofThermalHydrogenationProcessingontheOxideLayerFormationofTi-6Al-4VAlloy–L.Wang,S.Yu(NationalDefenseUniversity),C.Shen(YuanZeUniversity),C.Chang,andC.Tsai(NationalDefenseUniversity)

D4High Resolution Characterization of Corrosion Processes 3Corrosion314, Level 3, Hawaii Convention Center

Microelectrochemical Methods & Microscopy – 08:00 – 09:40Co-Chairs: K. Zavadil and K. Azumi

08:00 2271 MicroscopicPolarizationBehaviorandThermodynamicStabilityofTiSandTi4C2S2InclusionsinStainlessSteels–N.Shimahashi,I.Muto,Y.Sugawara,andN.Hara(TohokuUniversity)

14:20 1972 IncreasedPerformanceStabilityofSOFCCathodesbyUseofProtectiveCoatingsonMetallicInterconnectors–M.Kornely(KarlsruherInstitutfürTechnologie),N.Menzler(ForschungszentrumJülichGmbH),A.Weber,andE.Iver-Tiffée(KarlsruherInstitutfürTechnologie)

14:40 1973 ImagingofOxideIonicDiffusionatCathode/Interlayer/ElectrolyteInterfacesforSolidOxideFuelCells:long-termoperationeffects–T.Horita,D.Cho,T.Shimonosono,M.Nishi,H.Kishimoto,K.Yamaji,andH.Yokokawa(NationalInstituteofAdvancedIndustrialScienceandTechnology)

15:00 1974 NovelAnodeMaterialforDirectHydrocarbonSolidOxideFuelCells–C.Yang,Z.Yang,G.Xiao,L.Zhang(UniversityofSouthCarolina),M.Han(ChinaUniversityofMiningandTechnology),andF.Chen(UniversityofSouthCarolina)

15:20 1975 EfficientHighPowerDensitySOFCswithZirconia/BismuthOxideBilayeredElectrolytes–K.LeeandE.D.Wachsman(UniversityofMaryland)

15:40 1976 ProcessIntegrationforScale-UpofCe0.9Gd0.1O1.95Electrolyte-BasedLT-SOFCs–H.Yoon,C.M.Gore,A.A.Lidie,K.Lee,andE.D.Wachsman(UniversityofMaryland)

16:00 Intermission(20Minutes)16:20 1977 PerformanceofSolidOxideFuelCellsonH2,

NH3andHydrocarbonFuels–M.Han,J.Xiong,andS.C.Singhal(ChinaUniversityofMiningandTechnology)

16:40 1978 ImprovedPowerDensityby(Mn,Fe)DopedCeO2asaOxideAnodeforNi-FeMetalSupportSOFC–Y.Ju,S.Ida,andT.Ishihara(KyushuUniversity)

17:00 1979 EffectofCoAdditiononSinteringandElectricalPropertiesofLa-DopedCeO2asaBufferLayerforDopedLaGaO3ElectrolyteFilmsofSolidOxideFuelCells–J.Hong,S.Ida,andT.Ishihara(KyushuUniversity)

17:20 1980 EffectofFuelUtilizationonthePerformanceofNickel/ZirconiaAnode-SupportedSOFCs–O.A.Marina(PacificNorthwestNationalLaboratory),C.Coyle,D.Edwards,andJ.Stevenson(PNNL)

17:40 1981 DurabilityofSOFCAgainstThermalandRedoxCycling–M.Hanasaki,C.Uryu(KyushuUniversity),S.Taniguchi(InternationalResearchCenterforHydrogenEnergy),Y.Shiratori,andK.Sasaki(KyushuUniversity)

18:00 1982 Sulfur-PoisoninginReformateFuelledAnodeSupportedSolidOxideFuelCells–A.Kromp,S.Dierickx(KarlsruherInstitutfürTechnologie(KIT)),A.Leonide(SiemensCorporateTechnology),A.Weber(KarlsruherInstitutfürTechnologie),andE.Ivers-Tiffée(KarlsruheInstituteofTechnology(KIT))

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Scanning Probe Methods – Development – 14:00 – 15:00Co-Chairs: P. Schmutz and K. Zavadil

14:00 2282 ApplicationofMg-IonSelectiveandAntimonyElectrodesfortheCharacterizationofCorrosionReactionsbyScanningElectrochemicalMicroscopy–J.Izquierdo(UniversityofLaLaguna),L.Nagy(UniversityofPécs),J.Santana(UniversityofLasPalmasdeGranCanaria),I.Bitter(BudapestUniversityofTechnologyandEconomics),G.Nagy(UniversityofLasPalmasdeGranCanaria),andR.M.Souto(UniversityofLaLaguna)

14:20 2283 HighResolutionCharacterizationofPittingCorrosionUsingaNovelEnvironmentalSVETandWhiteLightInterferometry–S.Geary,H.N.McMurray(SwanseaUniversity),andA.DeVooys(SustainableProductEngineeringCentreforInnovativeFunctionalIndustrialCoatings)

14:40 2284 StudieswiththeThree-DimensionalScanningVibratingTechnique:InvestigationintotheeffectofSpotWeldElectrodeLifeandQualityontheCorrosionBehaviorofGalvanizedAutomotiveSteel–B.P.Wilson(AaltoUniversity),J.R.Searle(BaglanBayInnovation&KnowledgeCentre),K.Yliniemi(AaltoUniversity),D.A.Worsley,andH.McMurray(SwanseaUniversity)

Scanning Probe Methods – Applications – 15:00 – 16:00Co-Chairs: P. Schmutz and K. Zavadil

15:00 2285 TheInfluenceofRare-EarthDopingandNon-StoichiometryontheCorrosionofUraniumDioxide–H.He,K.O’Neil,O.Semenikhin(WesternUniversity),andD.W.Shoesmith(UniversityofWesternOntario)

15:20 2286 EDTAasaTooltoProbeCathodicCorrosion(Trenching)onAA2024-T3–H.N.McMurray,G.Williams,andA.Coleman(SwanseaUniversity)

15:40 2287 LocalisedSKPStudiesofCathodicDisbondmentonChromium/ChromiumOxideCoatedSteel–D.J.WarrenandH.N.McMurray(SwanseaUniversity)

Scanning Probe Methods – Applications – 16:20 – 17:20Co-Chairs: K. Zavadil and P. Schmutz

16:20 2288 InvestigationofCopperCorrosionInhibitionbyEthylXanthatewithFrequency-DependentAlternating-CurrentScanningElectrochemicalMicroscopy–J.J.SantanaandR.M.Souto(UniversityofLaLaguna)

16:40 2289 DamageEvolutionQuantificationofHybridCoatingsonAluminumAlloybySurfaceandElectrochemicalTechniques–I.Barraza-Fierro,T.Gao,M.Soucek,andH.Castaneda(TheUnviersityofAkron)

17:00 2290 StudyofElectrochemicalCorrosionBehaviorofNanocrystallineThinFilmbyElectrochemicalTechniquesandIn SituAFM–L.Liu,Y.Li,andF.Wang(ChineseAcademyofSciences)

08:20 2272 MicroelectrochemicalInvestigationofPitInitiationandSelectiveDissolutionbetweenMnSandStainlessSteel–A.Chiba,I.Muto,Y.Sugawara,andN.Hara(TohokuUniversity)

08:40 2273 In SituEx-PolarizedTEMObservationonDissolutionofMnSInclusionsandMetastablePittingofAuthenticStainlessSteel–B.Zhang,Y.Zhou,andX.Ma(ChineseAcademyofSciences)

09:00 2274 CorrosionandDealloyingofCrystallizedAmorphousSteel–F.U.Renner,M.Duarte,J.Lengsfeld,K.J.Mayrhofer,andP.Choi(Max-Planck-InstitutfürEisenforschung)

09:20 2275 CombiningMicroelectrochemicalMethodswithElectronMicroscopytoExplorePitInitiationinAluminum–K.R.Zavadil(SandiaNationalLaboratory)

Optical & Spectroscopic Methods – 10:00 – 11:00Co-Chairs: K. Azumi and K. Zavadil

10:00 2276 ObservationofMetalDissolutionunderLaminarFlowinaMicrofluidicChannel–CopperwithChlorideSolution–-S.Sakugawa,N.Kotake,andM.Hayase(TokyoUniversityofScience)

10:20 2277 TheeffectofSulfateandChlorideIonsontheRustCompositionofWeatheringSteel–T.Ohtsuka,S.Tanaka,M.Koya,A.Hyono,andM.Ueda(HokkaidoUniversity)

10:40 2278 MarineAerosolDropSizeEffectsontheCorrosionBehaviorofPlainCarbonSteel–E.Schindelholz,B.Risteen,R.Kelly(UniversityofVirginia),andI.S.Cole(CSIROMaterialsScienceandEngineering)

Inhibition & Coatings – 11:00 – 12:00Co-Chairs: K. Azumi and K. Zavadil

11:00 2279 CorrosionInhibitionbyZincCorrosionProductsonZinc-CoatedSteel–Y.SatoandK.Azumi(HokkaidoUniversity)

11:20 2280 ImprovingtheCorrosionProtectionPropertiesofAl2O3ALDNanocoatingsonSteel–J.Swiatowska,B.Díaz,V.Maurice,A.Seyeux(CNRSChimieParisTech),E.Härkönen,M.Ritala(UniversityofHelsinki),S.Tervakangas,J.Kolehmainen(DIARC-TechnologyInc.),S.E.Potts,W.Kessels(EindhovenUniversityofTechnology),andP.Marcus(CNRSChimieParisTech)

11:40 2281 EnvironmentalandTemporalCharacterizationofaSelf-HealingCoatingwithGalvanicProtection–A.J.Maisano,R.Srinivasan,M.W.Patchan,L.M.Baird,E.D.LaBarre,andJ.J.Benkoski(JohnsHopkinsUniversityAppliedPhysicsLab)Th

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14:20 2436 FormationofInterconnectedNano-ChannelsinHighly-OrderedAnodicAlumina–B.Huang,Y.Tian,B.Shan,andR.Chen(HuazhongUniversityofScienceandTechnology)

14:40 2437 TiO2NanotubesandOtherSelf-organizedAnodicStructures:FormationandApplications–P.Schmuki(UniversityofErlangen-Nuremberg)


E3Chemical Mechanical Polishing 12DielectricScienceandTechnology317B, Level 3, Hawaii Convention Center

CMP Symposium (E3) Day 2 – 08:00 – 11:40Co-Chairs: Bahar Basim and Iqbal Ali

08:00 2505 CriticalCuLineScalingChallenges–J.Lu(MicronTechnology,Inc.),T.Tran,G.Herdt,N.Petrov,Y.Hu,V.Antonov,D.Collins,P.Murali,Z.Zhang,S.Kondoju,andS.Ireland(MicronTechnologyInc.)

08:40 2506 DevelopmentofSiNCMPSlurrywithSelectivityControl–Y.Kim,K.Kim,J.Lee,I.Hwang,andS.Nam(SamsungElectronics)

09:00 2507 InvestigationoftheSlurryforPolySiStoppingCMPProcess–Y.Pyon,C.Seong,J.Lim,K.Bae,K.Park,K.Kim,andY.Shin(SamsungElectronics)

09:20 2508 CombinationaleffectofHydroplaneandAlkalineAgentonRemainingParticleReductionforSiliconWaferPolishing–H.Hwang,H.Cui,J.Lim,J.Jo,J.Park(HanyangUniversity),E.Choi,J.Ahn(LGSiltron),andJ.Park(HanyangUniversity)

09:40 Intermission(20Minutes)10:00 2509 Triblogical,Thermal,andKineticAttributes

of300vs.450mmChemicalMechanicalPlanarizationProcesses–Y.Jiao,X.Liao,C.Wu,Y.Zhuang(UniversityofArizona),S.Theng(Araca,Inc.),Y.Sampurno(UniversityofArizona),M.Goldstein(IntelCorporation),andA.Philipossian(UniversityofArizona)

10:40 2510 ChemicalMechanicalPolishingforExtremeUltravioletLithographyMaskSubstrates–A.Hariprasad(ClarksonUniversity),R.Teki(SEMATECH),andS.V.Babu(ClarksonUniversity)

11:00 2511 EffectofCMPAdditivesontheAgglomerationRateofAluminaNanoparticles–N.Brahma(UniversityofCalifornia)andJ.B.Talbot(UniversityofCalifornia,SanDiego)

11:20 2512 MicroreplicatedPadConditionerforAdvancedCMPApplications–C.Gould,J.Zabasajja,andD.Le-Huu(3MCompany)


Applications – 08:00 – 10:00Co-Chairs: J. Gole and A. Kovacs

08:00 2425 PorousSiliconasaBiomaterial–M.J.Sailor(UniversityofCaliforniaatSanDiego)

08:30 2426 SiliconNanowires:AGeneralPlatformforBiosensing–R.Boukherroub(CNRS&UniversitéLille1)

09:00 2427 InnovativeApplicationsofPorousStructuresofAluminaandSilicon–R.B.Wehrspohn,S.Schweizer(Martin-Luther-UniversityHalle-Wittenberg),B.Gesemann,P.Göring,andM.Lelonek(SmartMembranesGmbH)

09:20 2428 Three-DimensionalStructureof(110)PorousSiliconwithIn-PlaneOpticalBirefringence–M.Fujii,S.Shichi(KobeUniversity),T.Nishida,H.Yasuda(OsakaUniversity),K.Imakita,andS.Hayashi(KobeUniversity)


Oxide Formation & Ordered Nanostructures – 10:00 – 12:10Co-Chairs: H. Masuda and D. N. Buckley

10:00 2429 FormationofAreaandThicknessControlledPorousTypeAluminumAnodicOxideFilmsbySf-MDC–M.Sakairi,T.Yamaguchi,T.Murata,andK.Fushimi(HokkaidoUniversity)

10:20 2430 IrregularityandDefectsofPorousAnodicOxideFilmsFormedonMetals–S.OnoandH.Asoh(KogakuinUniversity)

10:40 2431 ScanRateandFluorideConcentrationeffectontheAnodicGrowthofSelf-AlignedTitaniumDioxideNanotubesinPhosphates–E.Krasicka-Cydzik,A.Kaczmarek,I.Glazowska,andK.BialasHeltowski(UniversityofZielonaGóra)

11:00 2432 PitInitiationatMnSNano-InclusionsinCarbonSteelunderExposuretoSulfate-ReducingBacteriumD.alkanexedens–B.H.Davis,Z.Suo(MontanaStateUniversity),I.Beech(UniversityofOklahoma),D.Paul,J.Hammond(PhysicalElectronics),andR.Avci(MontanaStateUniversity)

11:20 2433 BulkDiffusionControlledDealloying–Q.ChenandK.Sieradzki(ArizonaStateUniversity)

11:40 2434 TheStrongRashbaSpin-OrbitInteractioninHg0.77Cd0.23TeInversionLayer–G.Yu,X.Liu,L.Wei,T.Lin,J.Chu,Y.Wei,andJ.Yang(ShanghaiInstituteofTechnicalPhysics)

Ordered Nanostructures & Applications – 14:00 – 15:30Co-Chairs: H. Tsuchiya and R. Avci

14:00 2435 PittingCorrosionBehaviorandGrainEvolutionofShotPeened304TypeStainlessSteel–T.D.WidodoandK.Noda(ShibauraInstituteofTechnology)

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09:00 2762 EffectofSolventPolarizationinNano-ConfinedElectricDoubleLayerwithFiniteIonSizes–S.DasandS.Mitra(UniversityofAlberta)

09:20 2763 InfluenceofSlippageandChargeLeakageontheElectricFieldInducedPatternsinThinBilayers–K.Mondal,S.Sen,P.Kumar,andD.Bandyopadhyay(IndianInstituteofTechnologyGuwahati)


Microfluidic Devices and Processes I – 10:00 – 12:00Co-Chairs: Sang W. Joo and Shizhi Qian

10:00 2764 Insulator-basedDielectrophoresisinMicrofluidics–X.Xuan(ClemsonUniversity)

10:40 2765 MicrofluidicCellElectrofusionChipbasedonDiscreteSidewallMicroelectrodes–N.Hu(YeungnamUniversity),S.Qian(OldDominionUniversity),S.Joo(YeungnamUniversity),J.Yang,andX.Zheng(ChongqingUniversity)

11:00 2766 AMicrofluidicDeviceforDielectricSpectroscopyofJurkatCells–A.Beskok,A.C.Sabuncu,J.Zhuang,andJ.Kolb(OldDominionUniversity)

11:20 2767 TriaxialMagneticFieldsEnableMixingandControlledFlowsinMicrofluidicDevices–J.Martin,K.Solis,andL.Rohwer(SandiaNationalLaboratories)

11:40 2768 NovelNon-equilibriumElectrokineticMicromixerwithNanoporousMembrane–S.HwangandS.Song(HanyangUniversity)

Microfluidic Devices and Processes II – 14:00 – 16:40Co-Chairs: Guoqing Hu and Jyh-Ping Hsu

14:00 2769 Template-BasedSynthesisofAlignedCarbonNanotubeArraysforMicrofluidicandNanofluidicApplications–M.GolshadiandM.Schrlau(RochesterInstituteofTechnology)

14:20 2770 SensingPerformanceofEGFETpHSensorswithCuONanowiresFabricatedonglasssubstrate–T.Yang,S.Chang,C.Li,andS.Chang(NationalChengKungUniversity)

14:40 2771 ManipulationofDNATranslocationThroughPolyelectrolyteBrushes-FunctionalizedNanopores–L.Yeh(NationalYunlinUniversityofScienceandTechnology),M.Zhang,S.Qian(OldDominionUniversity),J.Hsu(NationalTaiwanUniversity),S.Joo(YeungnamUniversity),andS.Tseng(TamkangUniversity)

15:00 2772 ALowVoltagePortableNano-PoreElectroosmoticPumpwithPassiveZetaPotentialControl–D.Gu,S.Yalcin,H.Baumgart,S.Qian,A.Beskok,andO.Baysal(OldDominionUniversity)

15:20 2773 HyphenatingCapillaryIsoelectricFocusingwithGas-phaseElectrophoreticMobilityMolecularAnalyzerforDeterminationofProteinsinHumanTearFluids–T.MaandY.Fung(TheUniversityofHongKong)

15:40 2774 Micro-PIVMeasurementsofInduced-ChargeElectroosmosisAroundaMetalRod–A.Beskok,C.Canpolat,andS.Qian(OldDominionUniversity)


GaN Material Processing and Characetrization – 08:00 – 10:00Co-Chairs: Reenu Garg and Robert Kaplar

08:00 2567 GaNTechnologyforEnergyEfficientElectronics–K.Boutros,R.Chu,B.Hughes,andS.Khalil(HRLLaboratories,LLC)

08:20 2568 NanoscaleProbingofInterfacesinGaNforDevicesApplications–F.Giannazzo,G.Greco,P.Fiorenza,R.LoNigro,F.Roccaforte(CNR-IMM),andA.Scuderi(STMicroelectronics)

08:40 2569 TiSilicideElectrodesLowContactResistanceforUndopedAlGaN/GaNStructure–K.Tsuneishi,J.Chen,K.Kakushima,P.Ahmet,Y.Kataoka,A.Nishiyama,N.Sugii,K.Tsutsui,K.Natori(TokyoInstituteofTechnology),T.Hatorri(FrontierResearchCenter),andH.Iwai(TokyoInstituteofTechnology)

09:00 2570 FullyCopper-BasedMetallizationforGaNHighElectronMobilityTransistorDevices–E.YiChang,Y.Lin,L.Chang,Y.Chen,andY.Wong(NationalChiaoTungUniversity)

09:20 Intermission(40Minutes)10:00 2571 XPSanalysisofAlGaN/GaNSurfaceafter

ChemicalandN-ContainingPlasmaTreatments–R.Meunier,A.Torres,M.Charles,E.Morvan(CEA–Leti),C.Petit-Etienne(CNRS–LTM),O.Renault,andT.Billon(CEA–Leti)

10:20 2572 CharacterizationsofGaNFilmsGrownonSi(111)SubstratesunderVariousGrowthTemperaturesofMultipleAlNBufferLayers–B.Tran,E.ChangYi,K.Lin,T.Luong,H.Yu,M.Huang,C.Chung,H.Trinh,H.Nguyen,C.Nguyen,andQ.Luc(NationalChiaoTungUniversity)

10:40 2573 CharacteristicsofGaNNanowiresProducedUsingVLSMethodontheGrowthTemperatures–J.Yoon(KoreaBasicScienceInstitute),B.Oh(ChungnamNationalUniversity),andJ.Yang(KoreaBasicScienceInstitute)

E9Fundamentals and Applications of Microfluidic and Nanofludic DevicesElectronicsandPhotonics/PhysicalandAnalyticalElectrochemistry/Sensor301B, Level 3, Hawaii Convention Center

Theory and Modeling of Nanoscale Transport Phenomena – 08:00 – 10:00Co-Chairs: Ali Beskok and Helmut Baumgart,

08:00 2760 MolecularDynamicsSimulationofEffectsofNanoparticlesonPulmonarySurfactant–G.Hu(InstituteofMechanics,CAS),B.Jiao(InstituteofMechanics),andY.Zuo(UniversityofHawaiiatManoa)

08:40 2761 MolecularTheoryofFluidTransportandElectrokineticPotentialforMicrofluidicsandNanofluidics–A.Kovalenko(NationalInstituteforNanotechnology,andUniversityofAlberta)

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09:00 2836 NonvolatileResistanceSwitchinginElectrodepositedCo3O4–J.A.Koza,Z.He,M.Willmering,andJ.Switzer(MissouriUniversityofScienceandTechnology)

09:20 2837 FullyTransparentNon-VolatileMemoryUsingMulti-LayerGrapheneElectrode–P.Yang(NationalTaiwanUniversity),S.Jen(NationalTsingHuaUniversity),W.Chang(NationalTaiwanUniversity),P.Chiu(NationalTsingHuaUniversity),andJ.He(NationalTaiwanUniversity)

Emerging Nonvolatile Memories-1 – 10:00 – 12:00Co-Chairs: Z. Karim and Y. Suzuki

10:00 2838 AtomMovementControlledDevices:AtomicSwitchesandAtomTransistor–T.HasegawaandM.Aono(NationalInstituteforMaterialsScience)

10:30 2839 MolecularFlashMemories–S.Paydavosi(MIT),K.Aidala(MountHolyokeCollege),P.Brown,P.Hashemi,T.Osedach,J.Hoyt,andV.Bulovic(MIT)

11:00 2840 Self-rectifyingFlexibleNonvolatileSmall-moleculeMemory-cellEmbeddedwithNiNanocrystalsSurroundedbyNiOTunnelingBarrier–H.Seung,J.Lee,J.Lee,M.Song,J.Hong,andJ.Park(HanyangUniversity)

11:20 2841 FlexiblePolymerMemory-cellwithAuNanocrystalsEmbeddedinPolystyrene–K.Kwon,H.Seung,D.Yang,D.Park,J.Hong,andJ.Park(HanyangUniversity)

11:40 2842 EffectofBufferLiFLayeronNonvolatileMemoryCharacteristicsforPolymerMemory-cellwithAuNanocrystalsEmbeddedinPolystyrene–J.Lee,K.Kwon,D.Yang,D.Park,J.Hong,andJ.Park(HanyangUniversity)

ReRAM-Unipolar Devices and Characterizations – 14:00 – 16:00Co-Chairs: N. Takaura and Z. Karim

14:00 2843 CrossbarMemoryUsingTiO2ThinFilm-basedSchottkyDiodeandUnipolarSwitchingCell–G.Kim,J.Lee,J.Han,S.Song,J.Seok,J.Yoon,K.Yoon,andC.Hwang(SeoulNationalUniversity)

14:30 2844 DirectObservationofRedoxReactionsdur-ingResistanceSwitchingbyusingSynchrotronRadiationSpectroscopy–H.KUMIGASHIRA(InstituteofMaterialsStructureScience,KEK)

15:00 2845 DirectObservationofConductingNanofilamentsinBMOResistiveSwitchingMemory–C.Kang(NationalTaiwanUniversity),W.Kuo,C.Huang(NationalChiaoTungUniversity),W.Chang(NationalTaiwanUniversity),W.Wu,Y.Chu(NationalChiaoTungUniversity),andJ.He(NationalTaiwanUniversity)

15:20 2846 ConditionsforFormationandRuptureofMultipleConductiveFilamentsinaCu/TaOx/PtDevice–Y.Kang,M.Verma,T.Liu,andM.Orlowski(VirginiaTech)

15:40 2847 De-ProcessandPhysicalCharacterizationofHfO2basedResistiveMemoryasStudiedbyC-AFM–U.Celano,Y.Chen,D.Wouters,M.Jurczak,andW.Vandervorst(imec)

16:00 2775 Thin-FilmHeatSwitchBasedonElectrohydrodynamicFlowinaDielectricFluid–A.H.Mueller,N.Weisse-Bernstein(LosAlamosNationalLaboratory),M.Yazdani(UnitedTechnologiesResearchCenter),R.Eppstein(ThermoDynamicFilmsLLC.),andM.Hehlen(LosAlamosNationalLaboratory)


Interfaces, Droplets, Multiphase and Particulate Flows – 16:40 – 18:40Co-Chairs: Xiangchun Xuan and Ashutosh Sharma

16:40 2776 CarbonNanotubesLadenHydrogelMicrospherePreparationUsingMicrofluidicDevice–T.Dang(YeungnamUniversity),Y.Kim(ResearchInstituteofAdvancedEnergyTechnology,KyungpookNationalUniversity,SouthKorea.),G.Kim(SchoolofMechanicalEngineering,KyungpookNationalUniversity,SouthKorea),andS.Joo(YeungnamUniversity)

17:00 2777 SuperhydrophobicityandGrapheneOxideNanosheetstoPreventBiofoulinginEWODbasedLab-on-chipDevices–G.Perry,F.Lapierre,Y.Coffinier,V.Thomy,andR.Boukherroub(CNRS&UniversitéLille1)

17:20 2778 InfluenceofLateralConfinementontheDewettingInducedPatternsonChemicallyPatternedSurfaces–D.Bandyopadhyay(IndianInstituteofTechnologyGuwahati),A.Sharma(IndianInstituteofTechnology),A.Sehgal(RhodiaInc.,CenterforResearchandTechnology,Bristol,PA19007),andA.Karim(TheUniversityofAkron)

17:40 2779 SpreadingofaMicro-DropletonaPhysicochemicallyHeterogeneousPorousMedium–A.Kumar,V.PrasadS,T.Banerjee,andD.Bandyopahdyay(IndianInstituteofTechnologyGuwahati)

18:00 2780 TheFlowTransitionsofaLiquid-LiquidMultiphaseFlowInsideMicrochannels–S.Timung,V.Tiwari,T.Mandal,andD.Bandyopadhyay(IndianInstituteofTechnologyGuwahati)

18:20 2781 ElectrohydrodynamicandElectrokineticInstabilitiesinElasticMembranesConfinedBetweenElectrolyteFilms–M.Dey(YeungnamUniversity)andD.Bandyopadhyay(IndianInstituteofTechnologyGuwahati)

E11Nonvolatile MemoriesDielectricScienceandTechnology/ElectronicsandPhotonics313C, Level 3, Hawaii Convention Center

ReRAM-Technology Challenges – 08:00 – 09:40Co-Chairs: H. Akinaga and K. Kobayashi

08:00 2834 RecentProgressinModelingtheOperationofResistiveSwitchingMemoryDevices–Y.NishiandB.Magyari-Kope(StanfordUniversity)

08:40 2835 ReRAMSrTiO3-La0.7Sr0.3O3MultilayerOxideStructures:PlayingwithSpaceChargeInterfaces–J.L.Rupp,B.Yildiz,andH.L.Tuller(MassachusettsInstituteofTechnology)

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Plasma CVD – 10:00 – 11:20Co-Chairs: M. Engelhadt and H. P. Gillis

10:00 2946 InterplayBetweenPlasmaModificationofSurfacesandAtomicLayerDepositionforSemiconductorApplications–J.Swerts,C.Adelmann,S.Armini,A.Delabie,L.Nyns,M.Popovici,M.Schaekers,P.Verdonck,andS.VanElshocht(imec)

10:40 2947 HybridSublimationECR-PECVDSystemforFabricationofRareEarthDopedSiliconBasedThinFilmStructures–R.Dabkowski,J.Wojcik,andP.Mascher(McMasterUniversity)

11:00 2948 CharacterizationandModellingofCH4-CO2MicrowavePlasmasforNano-SmoothDiamondCoatingsandHomogeneousNano-DiamondGrainSynthesis–L.Vandenbulcke(ValcoatingTechnologies),T.Gries,S.DePersis(CNRS),andM.Vandenbulcke(ValcoatingTechnologies)

AP Plasma and Micro-Plasma Applications – 11:20 – 12:20Co-Chairs: M. Engelhadt and H. P. Gillis

11:20 2949 Charge-basedDeliveryofMoleculestoSkinUsingAtmosphericPlasmas–A.M.Hoff,R.Connolly,T.Chapman,J.Llewellyn,R.Gilbert,andM.Jaroszeski(UniversityofSouthFlorida)

11:40 2950 AnalysisandApplicationsofNonthermalAtmosphericPlasma:HighElectricFieldPlasmaandPlasmaDischarges/Jets–Y.B.MangaandK.Ou(TaipeiMedicalUniversity)

12:00 2951 EvaluationofMicroPlasmaformedintheNarrowGapinElectrolyteSolution–H.Tamai(HokkaidoUniversity),M.Hafner,A.Hassel(JohanesKeplerUniversityLinz),H.Tachikawa,andK.Azumi(HokkaidoUniversity)


GeSn Session 2: GeSn Epitaxy – 08:00 – 09:50Co-Chair: Benjamin Vincent

08:00 3211 GeSnMaterials:ChallengesandApplications–R.Loo,V.Benjamin,F.Gencarelli,E.Geert,W.Liesbeth,C.Matty,H.Marc,andT.Aaron(imec)

08:30 3212 GeSnAlloysonSiUsingDeuteratedStananneandHigher-OrderGermanes:SynthesisandProperties–G.Grzybowski,R.Beeler,L.Jiang,A.Chizmeshya,J.Kouvetakis,andJ.Menendez(ArizonaStateUniversity)

08:50 3213 CrystallinePropertiesandStrainRelaxationMechanismofCVDGrownGeSn–F.Gencarelli,B.Vincent,A.Kumar(imec),J.Demeulemeester,A.Vantomme(KULeuven),A.Franquet,J.Meersschaut,W.Vandervorst,R.Loo,M.Caymax(imec),K.Temst(KULeuven),andM.Heyns(imec)

09:10 3214 ReducedPressureCVDEpitaxialGrowthofGe1-xSnxUsingSnCl4andGe2H6–S.Wirths,D.Buca,A.Tiedemann,P.Bernardy,B.Holländer,T.Stoica,D.Grützmacher(ForschungszentrumJuelich),andS.Mantl(ForschungszentrumJülich)

Emerging Nonvolatile Memories -2 – 16:20 – 18:00Co-Chairs: S. Shingubara and K. Kobayashi

16:20 2848 FabricationofaVerticalNanogapforNonvolatileMemories–S.Furuta,Y.Masuda,T.Takahashi,M.Ono(FunaiElectricAdvancedAppliedTechnologyResearchInstituteInc.),Y.Naitoh(NationalInstituteofAdvancedIndustrialScienceandTechnlogy),andT.Shimizu(NationalInstituteofAdvancedIndustrialScienceandTechnology)

16:40 2849 PhysicalModelofNonvolatileResistanceSwitchingUsingSimpleNanogapElectrode–Y.Naitoh,M.Horikawa,H.Suga(NationalInstituteofAdvancedIndustrialScienceandTechnlogy),T.Shimizu(NationalInstituteofAdvancedIndustrialScienceandTechnology),S.Furuta,Y.Masuda(FunaiElectricAdvancedAppliedTechnologyResearchInstituteInc.),T.Sumiya(FunaiElectricAdvancedAppliedTechnologyResearchInstitute),T.Takahashi,andM.Ono(FunaiElectricAdvancedAppliedTechnologyResearchInstituteInc.)

17:00 2850 ImpactofAironPhoto-AssistedAtomicSwitch–T.Hino,T.Hasegawa(NationalInstituteforMaterialsScience),H.Tanaka(OsakaUniversity),T.Tsuruoka,Y.Okawa(NationalInstituteforMaterialsScience),T.Ogawa(OsakaUniversity),andM.Aono(NationalInstituteforMaterialsScience)

17:20 2851 EngineeringDielectricStacksforCharge-TrappingNon-VolatileMemory–H.Zhu,Q.Li(GeorgeMasonUniversity),H.Li(NIST&GeorgeMasonUniversity),H.Yuan,D.Ioannou(GeorgeMasonUniversity),andC.A.Richter(NIST)

17:40 2852 FerroelectricNonvolatileNanowireMemoryCircuitusingSingleZnONanowireandFerroelectricPolymerTopLayer–Y.Lee(YonseiUniversity),P.Jeon(InstituteofPhysicsandAppliedPhysics),K.Lee,R.Ha,H.Choi,andS.Im(YonseiUniversity)

E13Plasma Processing 19DielectricScienceandTechnology/ElectronicsandPhotonics324, Level 3, Hawaii Convention Center

Thin Film Etching Processes – 08:40 – 10:00Co-Chairs: M. Engelhardt and H. P. Gillis

08:40 2943 DeepSiliconEtchingwithCCPbasedProcessApproachesforSmallandMediumSizeTSVApplications–M.Rudolph,J.Paul(Fraunhofer-CenterNanoelectronicTechnologies),andS.Wege(Plasma-Consulting)

09:00 2944 TheChemicalReactionofIGZOThinFilmastheEffectofInertGasinCF4/ArPlasmas–Y.Joo,J.Woo,Y.Chun,andC.Kim(Chung-AngUniversity)

09:20 2945 EtchingCharacteristicsofTopMetalElectrodeandIGZOchannellayerinInductivelyCoupledPlasmaSystem–Y.Chun,Y.Joo,J.Woo,andC.Kim(Chung-AngUniversity)


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14:30 3224 NegativeBiasTemperatureInstabilityStudyonGe0.97Sn0.03P-MOSFETswithSi2H6Passivation,HfO2High-kDielectricandTaNMetalGate–X.Gong(NationalUniversityofSingapore(NUS)),S.Su(InstituteofSemiconductors,ChineseAcademyofSciences),B.Liu(NationalUniversityofSingapore(NUS)),L.Wang,W.Wang,Y.Yang,E.Kong(NationalUniversityofSingapore),B.Cheng(InstituteofSemiconductors,ChineseAcademyofSciences),G.Han,andY.Yeo(NationalUniversityofSingapore)

Emerging Applications Session 3: Novel Devices and Memories – 15:05 – 17:05Co-Chair: Tejas Krishnamohan

15:05 3225 Si/SiGeThermoelectricGenerators–D.J.Paul,A.Samarelli,L.FerreLlin,Y.Zhang,J.Weaver,P.Dobson(UniversityofGlasgow),S.Cecchi(PolitecnicodiMilano),J.Frigerio,F.Isa(L-NESS,PolitecnicodiMilano),D.Chrastina(L-NESSDip.diFisica–PolitecnicodiMilano),G.Isella(PolitecnicodiMilano),T.Etzelstorfer,J.Stangl(JohannesKeplerUniversität),andE.MüllerGubler(ETHZurich)

15:25 3226 SiGeBand-to-BandTunnelingCalibrationbasedonp-i-nDiodes:Fabrication,MeasurementandSimulation–K.Kao,A.Verhulst,R.Rooyackers,A.Hikavyy,R.Loo,A.Milenin(imec),J.Tolle(ASMAmerica),H.Dekkers,E.Simoen(imec),V.Machkaoutsan,J.Maes(ASMBelgium),K.DeMeyer,N.Collaert,M.Heyns,C.Huyghebaert,andA.Thean(imec)

15:45 3227 TunnelingField-EffectTransistorwithNovelGe/In0.53Ga0.47AsTunnelingJunction–P.Guo,Y.Yang(NationalUniversityofSingapore),Y.Cheng(InstituteofMaterialsResearchandEngineering),G.Han(NationalUniversityofSingapore),C.Chia(InstituteofMaterialsResearchandEngineering),andY.Yeo(NationalUniversityofSingapore)

16:05 3228 GermaniumTinTunnelingFieldEffectTransistorforSub-0.4VOperation–Y.Yang,K.Low,G.Han,andY.Yeo(NationalUniversityofSingapore)

16:25 3229 Si/SiGeTunnelingStaticRandomAccessMemories–G.TernentandD.J.Paul(UniversityofGlasgow)

16:45 3230 GeSurface-Energy-DrivenSecondaryGrainGrowthforVerticalChannelin3DNANDFlashMemories–S.Lee,Y.Son,andE.Yoon(SeoulNationalUniversity)


Epitaxy Session 3: In Situ Doping of Si, SiGe, and Ge Epilayers – 15:05 – 16:55Co-Chairs: Roger Loo and Bernd Tillack

15:05 3231 EpitaxialGrowthandApplicationsofLow-ResistivityPhosphorous-DopedSi1-xCx–T.N.Adam(UniversityatAlbany),N.Loubet(STMicroelectronics),A.Reznicek,V.Paruchuri(IBMResearch),R.Sampson(STMicroelectronics),andD.Sadana(IBMResearch)

09:30 3215 ThermalChemicalVaporDepositionofEpitaxialGermaniumTinAlloys–Y.Huang,C.Wang,M.Jin,E.Sanchez(AppliedMaterials,Inc.),andY.Kim(AppliedMaterials)

GeSn Session 3: GeSn Epitaxy – 10:05 – 11:55Co-Chairs: Benjamin Vincent

10:05 3216 GrowthandOpticalPropertiesofGe1-xSnxAlloyThinFilmswithaHighSnContent–S.Zaima,O.Nakatsuka,M.Nakamura(NagoyaUniversity),W.Takeuchi(NagoyaUniv.),Y.Shimura(NagoyaUniversity),andN.Taoka(NagoyaUniv.)

10:35 3217 GrowthofGe1-xSnxAlloysUsingCombinedSourcesofSolidTinandGaseousGermane–S.Su,B.Cheng,D.Zhang,G.Zhang,C.Xue,andQ.Wang(InstituteofSemiconductors,ChineseAcademyofSciences)

10:55 3218 GrowthandCharacterizationofHeteroepitaxialLayersofGe1-x-ySixSnyTernaryAlloy–T.Yamaha(NagoyaUniv.),O.Nakatsuka(NagoyaUniversity),S.Takeuchi(CovalentSiliconCorp.),W.Takeuchi,N.Taoka(NagoyaUniv.),K.Araki(CovalentMaterialsCo.),K.Izunome(CovalentSiliconCorp.),andS.Zaima(NagoyaUniversity)

11:15 3219 SingleCrystallineGeSnonSiliconbySolidPhaseCrystallization–R.Lieten,S.Decoster,M.Menghini,J.Seo,A.Vantomme,andJ.Locquet(KULeuven)

11:35 3220 TinDeuteride(SnD4)Stabilization–R.F.SpohnandC.B.Richenberg(Praxair,Inc.)

GeSn Session 4: GeSn FET – 13:10 – 14:50Co-Chairs: Benjamin Vincent and Yee-Chia Yeo

13:10 3221 Tin-IncorporatedSource/DrainandChannelMaterialsforField-EffectTransistors–Y.Yeo,G.Han(NationalUniversityofSingapore),X.Gong(NationalUniversityofSingapore(NUS)),L.Wang,W.Wang,Y.Yang(NationalUniversityofSingapore),P.Guo,B.Liu(NUS),S.Su,G.Zhang,C.Xue(InstituteofSemiconductors,ChineseAcademyofSciences),andB.Cheng(StateKeyLaboratoryonIntegratedOptoelectronics)

13:40 3222 GeSnChannelnandpMOSFETs–S.Gupta,R.Chen(StanfordUniversity),B.Vincent,D.Lin(IMEC),B.Magyari-Kope(StanfordUniversity),M.Caymax,J.Dekoster(IMEC),J.S.Harris,Y.Nishi,andK.Saraswat(StanfordUniversity)

14:10 3223 HighHoleMobilityinStrainedGermanium-Tin(GeSn)ChannelpMOSFETFabricatedon(111)Substrate–G.Han(NationalUniversityofSingapore),S.Su(InstituteofSemiconductors,ChineseAcademyofSciences),Y.Yang,P.Guo(NationalUniversityofSingapore),X.Gong(NationalUniversityofSingapore(NUS)),L.Wang,W.Wang,C.Guo(NationalUniversityofSingapore),G.Zhang,C.Xue,B.Cheng(InstituteofSemiconductors,ChineseAcademyofSciences),andY.Yeo(NationalUniversityofSingapore)

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Session III: Thin Film Catalysts for Fuel Cells and H2 Production – 10:00 – 12:40Co-Chairs: E. Podlaha and C. K. Chan

10:00 3372 HighPerformanceof“Intelligent”ConductiveCeramicAnodesforSolidOxideFuelCellsBasedonInfiltration–L.Adijanto,V.BalajiPadmanabhan,R.Küngas,J.Vohs,andR.Gorte(UniversityofPennsylvania)

10:20 3373 SynthesisandCharacterizationofMolybdenumNitrideforElectrosynthesisApplications–M.Sykora,A.H.Mueller,C.R.Kreller,E.L.Brosha,andF.H.Garzon(LosAlamosNationalLaboratory)

10:40 3374 EnhancementofVisible-Light-InducedOxygenEvolutionataWO3FilmbyCobaltIonsinanElectrolyteSolution–M.YagiandM.Kajita(NiigataUniversity)

11:00 3375 InvestigationofCarbonDepositioninThree-DimensionallyOrderedMacroporousNi-YSZAnode–H.Munakata,Y.Katsuki,andK.Kanamura(TokyoMetropolitanUniversity)

11:20 3376 PhaseAnalysisandElectricalConductivityofMn-dopedandFe-dopedCeria–L.Zhao,S.R.Bishop,andK.Sasaki(KyushuUniversity)

11:40 3377 SulfonatedPolyetherEtherKetone(SPEEK)MembraneforWaterElectrolysis–R.Venkatkarthick,A.Sankari(CentralElectrochemicalResearchInstitute),S.Meenakshi,S.D.Bhat,P.Sridhar,S.Pitchumani(CSIR-CentralElectrochemicalResearchInstitute),S.Vasudevan,D.JonasDavidson,G.Sozhan,andS.Ravichandran(CentralElectrochemicalResearchInstitute)

12:00 3378 EffectsofSrDopingonCrystallization,ConductivityandVanadiumReductionofLa1-xSrxVO3ElectrodeinReducingAtmosphere–K.Fung,C.Liu,C.Ni,andS.Tsai(NationalChengKungUniversity)

12:20 3379 EffectofNickelSurfaceStructureonUreaElectrolysis:AnExperimentalStudy–B.Hassler,D.A.Daramola,A.Miller,andG.G.Botte(OhioUniversity)

Session IV: Thin Film Catalysts for Fuel Cells and H2 Production – 14:00 – 18:20Co-Chairs: L. Deligianni, J. Talbot, C. K. Chan, and Q. Huang

14:00 3380 (Invited)ABilayerMembraneofPhotocatalyticNanotubeArrayandHydrogenPermeableMetalforHigh-PurityHydrogenProduction–K.NodaandM.Hattori(KyotoUniversity)

14:40 3381 ElectrodepositedPt100-xPbxAlloysandIntermetallicsforDirectFormicAcidFuelCell–S.Hwang(KoreaInstituteofEnergyResearch),J.Bonevich(NationalInstituteofStandardsandTechnology),J.Kim(SeoulNationalUniversity),andT.Moffat(NationalInstituteofStandardsandTechnology)

15:00 3382 CharacterizationoftheElectronicandElectrochemicalPropertiesofCu2OandFe2O3modifiedTiO2Nanotubes–L.TsuiandG.Zangari(UniversityofVirginia)

15:20 3383 DirectElectrodepositionofPorousPlatinum–L.Jones,A.Ott,T.Junk,andS.Bhargava(RMITUniversity)

15:35 3232 SelectiveEpitaxialGrowthofHeavilyBoron-DopedSiliconwithUniformDopingDepthProfile–Z.Zhu,Z.Cong,andR.Balasubramanian(AppliedMaterialsInc.)

15:55 3233 HighTensileStrainedIn SituPhosphorusDopedSiliconEpitaxialFilmfornMOSApplications–Z.Ye,S.Chopra,R.Lapena,Y.Kim,andS.Kuppurao(AppliedMaterials)

16:15 3234 MicrostructureDevelopmentandItsEffectsontheElectricalPropertiesinEpitaxiallyGrownIn SituBoronandCarbon(co)-dopedHighlyStrainedHighPercentageSilicon-GermaniumLayers–A.Reznicek(IBMResearch),T.N.Adam(UniversityatAlbany),J.Li,Z.Zhu(IBMSemiconductorResearchandDevelopmentCenter),H.Hovel,J.DeSouza(IBMThomasJ.WatsonResearchCenter),S.W.Bedell(IBMT.J.WatsonResearchCenter),V.Paruchuri(IBMThomasJ.WatsonResearchCenter),andD.Sadana(IBMT.J.WatsonResearchCenter)

16:35 3235 In SituBoron(B)DopedGermanium(Ge:B)Grownon(100),(110),and(111)Silicon:CrystalOrientationandBIncorporationEffects–G.Han,Q.Zhou,P.Guo,W.Wang,Y.Yang,andY.Yeo(NationalUniversityofSingapore)

F4Emerging Materials and Processes for Energy Conversion and StorageElectrodeposition/Battery/EnergyTechnology313B, Level 3, Hawaii Convention Center

Session II: Emerging Materials, Processes and Devices for Solar Cells Continued – 07:40 – 10:00Co-Chairs: C. K. Chan and E. Podlaha

07:40 3367 DesigningtheFar-redSensitiveSquaraineDyesforDye-SensitizedSolarCellsintheLightofPhoto-PhysicalInvestigations–S.S.Pandey(KyushuInstituteofTechology),R.Watanabe,Y.Ogomi(KyushuInstituteofTechnology),G.Miguel,M.Marchena,A.Douhal(UniversidaddeCastilla-laMancha),andS.Hayase(KyushuInstituteofTechnology)

08:00 3368 Graphene-QuantumDotsCompositeforPhotovoltaicDevices–S.Guo,W.Wang,C.Ozkan,andM.Ozkan(UniversityofCalifornia,Riverside)

08:20 3369 ElectrodepositionofZn-basedChalcogenideMaterials–K.Park,D.Kim,andB.Yoo(HanyangUniversity)

08:40 3370 ElectrodepositionandGrowthofWidegapCopperIndiumSelenideThinFilms–S.MenezesandY.Li(InterPhasesSolar,Inc.)

09:00 3371 PossibilityofLarge-SizeSingleCrystalGrowthinSeedCast-GrownMonocrystallineSilicon–B.Gao(ResearchInstituteforAppliedMechanics),H.Harada,Y.Miyamura(NationalInstituteforMaterialsScience),S.Nakano,andK.Kakimoto(ResearchInstituteforAppliedMechanics)


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08:50 3462 PerformanceofAcid-dopedPolybenzimidazoleMembranesfortheHybridSulfurElectrolyzer–J.Jayakumar,A.Gulledge,J.Staser,B.Benicewicz,andJ.Weidner(UniversityofSouthCarolina)

09:10 3463 OnAFewInnovationsofChlor-alkaliMembraneProcessinJapan–N.Kawasaki(M-UN)andY.Nakajima(naka-ElectrolyticSystemLab)

09:30 3464 In SituStructuralAnalysisontheGrowthMechanismPathwaysofHydrothermalSynthesizedCeO2Nanocrystals–E.Teo(RepublicPolytechnic),M.Lin(InstituteofMaterialsResearchandEngineering,A*STAR(AgencyofScience,TechnologyandResearch)),Z.Fu,S.Ng(RepublicPolytechnic),J.Tan,andH.Tan(InstituteofMaterialsResearchandEngineering,A*STAR(AgencyofScience,TechnologyandResearch))

09:50 Intermission(10Minutes)10:00 3465 ElectrochemicalOxidationofPhenolatBoron-

dopedDiamondElectrodeinExponentialDecayModulatedCurrentSupply–X.Xing(TheKeyLaboratoryofWaterandSedimentSciences),H.Li,andJ.Ni(DepartmentofEnvironmentalEngineering,PekingUniversity,theKeyLaboratoryofWaterandSedimentSciences,MinistryofEducation,Beijing100871,China)

10:20 3466 PhotooxidationTreatmentofOrganicMaterialsonTitaniumDioxidePhotoelectrodeinAqueousSolutionContainingSodiumChloride–D.Kodama,Y.Kohno,andY.Maeda(ShizuokaUniversity)

10:40 3467 WearResistant,FunctionalHardChromePlatedfromaTrivalentBath–M.Inman,T.Hall,B.Kagajwala,andE.J.Taylor(FaradayTechnologyInc.)

11:00 3468 SuppressionofPbO2DepositiononNano-StructuredIrO2-Ta2O5/TiAnodesinAcidicSolutions–K.Kawaguchi,G.Haarberg(NorwegianUniversityofScienceandTechnology),andM.Morimitsu(DoshishaUniversity)

11:20 3469 InvestigatingtheSurfaceStructureoftheTi/SnO2-Sb2O5AnodeandtheEffectonitsElectro-catalysis–Q.Ni,D.W.Kirk,andS.Thorpe(UniversityofToronto)

11:40 3470 GrowthMechanismofWO3•0.33H2OHierarchicalStructurePreparedbyHydrothermalMethod–X.HeandC.Hu(ChongqingUniversity)

15:40 3384 TheEffectofSurfaceModificationonthePropertiesofaNickelCatalyst:ATheoreticalStudy–D.A.Daramola,B.Hassler,andG.G.Botte(OhioUniversity)

16:00 Intermission(20Minutes)16:20 3385 PreparationofNanostructuredPdAnodesfor

AlkalineDirectEthanolFuelCells(DEFC)byElectrochemicalMillingandFaceting(ECMF)–Y.Chen,A.Lavacchi,F.Vizza,A.Marchionni,J.Filippi,M.Bevilacqua(ICCOM_CNR),M.Innocenti(UniversityofFlorence),andH.Miller(ICCOM-CNR)

16:40 3386 BringingConjugatedPolymersandOxideNanoarchitecturesintoIntimateContact:LightInducedElectrodepositionofPolypyrroleandPolyanilineonNanoporousWO3orTiO2NanotubeArrays–C.Janaky,N.DeTacconi,W.Chanmanee(TheUniversityofTexasatArlington),andK.Rajeshwar(TheUniversityofTexas)

17:00 3387 TheMechanismofVisible-Light-DerivedPhotocurrentGenerationatanAntimonySulfide/MetalOxideElectrode–A.Shoji,T.Ueno,H.Kabaki,S.Okuyama,andM.Yagi(NiigataUniversity)

17:20 3388 Carbon-SupportedIron(III)-CorroleasaNon-PreciousMetalCatalystforFuelCellApplication–I.Shown,H.Huang(AcademiaSinica),S.Wang,S.Chang(NationalTaiwanUniversityofScienceandTechnology),H.Hsu,H.Du(AcademiaSinica),C.Wang(NationalTaiwanUniversityofScienceandTechnology),L.Chen(NationalTaiwanUniversity),andK.Chen(AcademiaSinica)

17:40 3389 PhotoelectrochemicalGenerationofHydrogenUsingp-typeCaFe2O4Photocathodes–R.Venkatkarthick,C.KrithigaDevi,L.JohnBerchmans,S.Vasudevan,D.JonasDavidson,G.Sozhan,andS.Ravichandran(CentralElectrochemicalResearchInstitute)

18:00 3390 DevelopmentofElectricallyControlledEnergeticMaterials(ECEM)–E.Rozumov(ArmyResearchDevelopment&EngineeringCenter),K.Chung,D.Kaminsky,P.Anderson,P.Cooke,K.Griswold,M.Donadio,M.Sussman,J.Laquidara,C.Adam,D.Thompson,T.Manning,J.Wyckoff,V.Panchal,E.Caravaca(ARDEC),W.Sawka,M.McPherson,andT.Buescher(DSSPLLC)

G2Synthesis and Engineering General Session IndustrialElectrochemistryandElectrochemicalEngineering304B, Level 3, Hawaii Convention Center

Synthesis and Engineering General Session – 08:00 – 12:00Co-Chairs: M. Sudoh, John Staser, and Gerri Botte

08:00 3460 TwoDimensionalElectrochemical-ThermalCoupledModelsforLithium-IonBatteryandBatteryStacks–S.De,P.Northrop(WashingtonUniversity),S.Santhanagopalan(NationalRenewableEnergyLaboratory),andV.Subramanian(WashingtonUniversity)

08:30 3461 ExperimentalInvestigationofTwo-PhaseElectrolysisUnderNormalandZeroGravity–P.Mandin,Z.Derhoumi(UniversitédeBretagneSud),andH.Roustan(RioTintoAlcan)

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15:40 3725 ElectrochemicalFormationofRE-Ni(RE=Pr,Nd,Dy)AlloysinMoltenHalides–T.Nohira,S.Kobayashi,K.Kondo,K.Yasuda,R.Hagiwara(KyotoUniversity),T.Oishi(AIST),andH.Konishi(OsakaUniversity)

16:20 3726 ProcessingAl-ScAlloysatLiquidAluminumCathodeinKF-AlF3MoltenSalt–Q.Liu,J.Xue,J.Zhu,Y.Qian,andL.Feng(UniversityofScienceandTechnologyBeijing)

16:40 3727 ElectrorefiningofZirconiumfromZircaloy-4CladdingHullsinLiCl-KClMoltenSalts–C.Lee,K.Kang,M.Jeon,C.Heo,andJ.Yang(KoreaAtomicEnergyResearchInstitute)

Kahili 1/2, Kalia Conference Center, Hilton Hawaiian Village

Bredig Award Dinner – 18:30 – 21:00Co-Chair: P. Trulove

18:30 TicketedAwardBanquet20:00 3728 ExploringNovelUsesofMoltenSalts–D.Fray

(UniversityofCambridge)


Luminescent Semiconductor Materials Continued – 08:20 – 10:00Co-Chairs: Lauren Shea-Rohwer and Anant Setlur

08:20 3943 EfficientMaterialsforHighQualityLightSources:PresentStatusandFutureProspects–J.CarrerasandC.Hunt(CataloniaInstituteforEnergyResearch(IREC))

09:00 3944 HighlyEfficientPhosphor-ConvertedWhiteLightEmittingDiodebyElectrophoreticDeposition–J.Choi(UniversityofCalifornia,SanDiego),M.Anc,A.Piquette,M.Hannah,K.C.Mishra(OsramSylvania),J.B.Talbot,andJ.McKittrick(UniversityofCalifornia,SanDiego)

09:20 3945 Nano-PyramidsStructureforEnhancementofLightExtractionEfficiencybyNanoimprintLithography–C.Yoo,Y.Song,B.Kim,K.Kim,J.Son,andJ.Lee(PohangUniversityofScienceandTechnology)


Organic Luminescent Materials and Devices – 10:00 – 15:20Co-Chairs: Uwe Happek and John Collins

10:00 3946 HighlyReliableEncapsulationFilmsforOLEDsComposedofSiNxandSiOxCyPreparedUsingSWP-CVD–S.Ueno(ShimadzuCorporation),M.Yomogida(ShimadzuEmitCo.Ltd.),M.Suzuki,Y.Konishi,andK.Azuma(ShimadzuCorporation)

10:40 3947 Green-ColorSelectiveOrganicPhotodetectorwithHighSensitivityforImageSensorApplication–K.Lee,D.Leem,K.Park,S.Lim,Y.Jin,S.Lee,K.Kim(SamsungAdvancedInstituteofTechnology),andS.Park(SeoulNationalUniversity)


Session in Honor of the Bredig Award Winner: Prof. Derek Fray – 08:20 – 12:00Co-Chairs: M. Gaune-Escard and G. Chen

08:20 3714 AllThatYouWantedtoKnowAboutLanthanideHalidesButWereAfraidtoAsk–M.Gaune-Escard(EcolePolytechnique),L.Rycerz(TechnicalUniversity),S.Kuznetsov(KSCRAS),S.Gadzuric(UniversityofNoviSad),I.Chojnacka,J.Kapala,B.Salamom(TechnicalUniversity),M.Berkani(UniversitéA.Mira),M.Butman(IvanovoStateUniversityofChemistryandTechnology),andW.Gong(HuizhouUniversity)

08:40 3715 BehaviourofCrSpeciesintheMoltenSystemNaF–AlF3–(Al2O3)–V.Danielik,P.Fellner,D.Sulekova(SlovakUniversityofTechnology),andJ.Thonstad(NorwegianUniversityofScienceandTechnology)

09:00 3716 ElectrochemicalNear-Net-ShapeProductionViatheFFCCambridgeProcess---DedicationtotheSpecialSessionforthe2012MaxBredigAward–D.HuandG.Z.Chen(UniversityofNottingham)

09:40 Intermission(20Minutes)10:00 3717 DeoxidationofTitaniaFoams–E.Krasicka-

Cydzik(UniversityofZielonaGóra)10:20 3718 TowardsSustainableMetalsProductionby

MoltenOxideElectrolysis–L.Yin,A.Allanore,andD.R.Sadoway(MassachusettsInstituteofTechnology)

11:00 3719 SynchrotronX-rayDiffractionMonitoringoftheOperationofanInertAnodeUtilisedinaCambridgeFFC-Cell–G.A.Snook,M.Rowles,M.Styles,K.McGregor,I.Madsen,A.Urban,N.Scarlett(CSIRO),andD.Riley(ANSTO)

11:20 3720 TheDevelopmentofIonicLiquid-BasedThermoelectrochemicalCells–J.M.Pringle,T.J.Abraham,andD.R.MacFarlane(MonashUniversity)

11:40 3721 RoomTemperatureIonicLiquidasElectrolyteforLithiumIonBattery–Y.FUNG(HongKongUniversity)andY.Yang(XiamenUniversity)

Rare Earth and Nuclear Chemistry – 14:00 – 17:00Co-Chairs: T. Nohira and A. Ispas

14:00 3722 CurrentStatusofTechnologiesforRecyclingRareEarthMetals–T.H.Okabe(TheUniversityofTokyo)

14:40 3723 ExtractionofRareEarthMetalsfromNd-basedScrapbyElectrolysisfromMoltenSalts–A.Martinez,O.Kjos,E.Skybakmoen,A.Solheim(SINTEF),andG.Haarberg(NorwegianUniversityofScienceandTechnology)

15:00 3724 SeparationofDyandNd(La)UsingMoltenSaltandanAlloyDiaphragm–H.Konishi,H.Ono(OsakaUniversity),T.Nohira(KyotoUniversity),andT.Oishi(AIST)


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Lithium-Ion Batteries: Operational Methodologies – 08:00 – 09:40Co-Chairs: John Wang and David Wetz

08:00 1055 CyclingFatigueInducedonElectrochemicalEnergyStorageCellsasaRresultofHighCPulsedCharging–P.M.Novak,D.A.Wetz,andB.Shrestha(TheUniversityofTexasatArlington)

08:20 1056 TheImpactofHighPulsedLoadingontheFatigueofElectrochemicalEnergyStorageDevices–B.Shrestha,D.A.Wetz,andP.M.Novak(TheUniversityofTexasatArlington)

08:40 1057 HeatingStrategiesforLi-IonBatteriesOperatedfromSubzeroTemperatures–Y.JiandC.Wang(ThePennsylvaniaStateUniversity)

09:00 1058 ThermalManagementforStartupofLi-IonBatteries–C.ShafferandC.Wang(ECPower)

09:20 1059 RechargeableLithium-ionBatteriesForWirelessSmartDesigns&ExtremeConditions–F.Fusalba,H.Rouault(CEA),L.Daniel(CEA-LITEN),M.Chami,D.Mourzagh,andG.Moreau(CEA)


Lithium-Ion Batteries: Anodes V (General) – 08:00 – 09:40Co-Chairs: Tetsuya Kajita and Gleb Yushin

08:00 1060 NegativeElectrodePropertiesofCarbon-CoatedSiLeafPowderforLithium-IonBatteries–M.Saito,T.Okubo,T.Yamada,C.Yodoya(DoshishaUniversity),A.Kamei,M.Hirota,T.Takenaka(Oike&Co.,Ltd.),A.Tasaka,andM.Inaba(DoshishaUniversity)

08:20 1061 TemperatureDependenceofCyclePerformanceatVariousCut-OffVoltagesofLi-IonBatteriesUsingSiOAnode–T.Kajita,J.Iriyama,H.Takahashi,R.Kasahara,T.Numata,S.Serizawa,andK.Utsugi(NECcorporation)

08:40 1062 AnodicCompatibilityofLiTDIBasedElectrolyteswithMPCVDManufacturedSi/CNanostructuredElectrodes–P.Wieczorek(WarsawUniversityofTechnology),A.Bitner(ALISTORE-EuropeanResearchInstitute),L.Niedzicki(WarsawUniversityofTechnology),A.Plewa-Marczewska(ALISTORE-EuropeanResearchInstitute),E.Zero-Sasim,G.Zukowska,M.Kasprzyk(WarsawUniversityofTechnology),F.Lindgren,K.Edström(UppsalaUniversity),W.Wieczorek,andM.L.Marcinek(WarsawUniversityofTechnology)

11:00 3948 Thermo-switchableEmissionandColorationofCompositeMaterialContainingLuminescentEuropium(III)ComplexandFluoranDye–K.Nakamura(ChibaUniversity),Y.Kobayashi(GraduateSchoolofAdvancedIntegrationScience,ChibaUniversity),K.Kanazawa,andN.Kobayashi(ChibaUniversity)

11:20 3949 Colortunableorganicplasmon-emittingdiodes–I.Lee,K.Kim,S.Kim,B.Koo,B.Lee,andJ.Lee(PohangUniversityofScienceandTechnology)

11:40 3950 ElectroswitchableEmissionoftheLuminescentEu(III)ComplexbasedonElectrochemicalReaction–K.Kanazawa,K.Nakamura,andN.Kobayashi(ChibaUniversity)

12:00 LunchBreak(120Minutes)14:00 3951 UltrafineSilverNanowireNetworksasScattering

CoreinOrganicLightEmittingDiodes–B.Lee,K.Kim,S.Kim,I.Lee,B.Koo,andJ.Lee(PohangUniversityofScienceandTechnology)

14:20 3952 EnhancingLightOutcouplingofFlexibleOrganicLightEmittingDiodesbyDomainSelective-Etching–I.Lee,K.Kim,S.Kim,B.Koo,B.Lee,andJ.Lee(PohangUniversityofScienceandTechnology)

14:40 3953 TriboluminescentPropertiesofEuD4TEAandZnS:MnandTheirUseforSmartSensors–R.Fontenot,K.Bhat(AlabamaA&MUniversity),W.A.Hollerman(UniversityofLouisianaatLafayette),andM.Aggarwal(AlabamaA&MUniversity)

15:00 3954 UsingTriboluminescenceToDetectBallisticandHypervelocityImpacts–W.A.Hollerman(UniversityofLouisianaatLafayette)andR.Fontenot(AlabamaA&MUniversity)

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Friday, October 1209:30h TechnicalSessionCoffeeBreak



Lithium-Ion Batteries: Anodes II (Tin Based Systems) (Continued) – 10:00 – 12:20Co-Chairs: Gleb Yushin and Tetsuya Kajita

10:00 1072 BinderAssistedStabilizationofPureSnBasedAnodeforLithiumIonBatteries–S.Xun,X.Song,J.Chong,V.Battaglia,andG.Liu(LawrenceBerkeleyNationalLaboratory)

10:20 1073 PorousSn-CCompositeSynthesizedbyElectrochemicalMethodfortheBinder-freeAnodeofLi-ionBattery–J.Jeun,W.Kim,K.Park,K.Kang,andS.Hong(SeoulNationalUniversity)

10:40 1074 SnOMicrocrystalsvs.NanoparticlesasAnodeforLithiumIonBatteries–C.T.Cherian,M.Reddy,C.Sow,andB.Chowdari(NationalUniversityofSingapore)

11:00 1075 ElectrochemicalAnalysisofSnElectrodepositiontoOptimizePreparationProcessofSnOCAnodeMaterial–M.Jeong,H.Nara,T.Yokoshima,T.Momma,andT.Osaka(WasedaUniversity)

11:20 1076 Multi-scaledSnDispersedinNi-TiShapeMemoryAlloyasHighPerformanceAnodeforLi-ionBattery–R.Hu,H.Liu,andM.Zhu(SouthChinaUniversityofTechnology)

11:40 1077 Autogenically-PreparedSphericalCarbonParticles(SCPs)andSCP-SnCompositesasAnodesforLi-IonBatteries–V.G.Pol,K.C.Lau,L.A.Curtiss,andM.M.Thackeray(ArgonneNationalLaboratory)


Lithium-Ion Batteries: Modeling – 14:00 – 15:40Co-Chairs: Matthieu Dubbarry and Venkatasailanathan Ramadesigan

14:00 1078 EffectofParticleMorphologyonStressinaLithium-IonBatteryUsinganIntegratedModelin2-D–R.T.PurkayasthaandR.M.McMeeking(UniversityofCalifornia,SantaBarbara)

14:20 1079 Simulation-BasedPredictionofResidualPerformanceofLithium-IonBatteries–K.Maeda,W.Imamura,K.Tanaka,H.Akimoto,andH.Horie(TheUniversityofTokyo)

14:40 1080 ModelingofFractureInitiationandPropagationinLithiumIonBatteryElectrodes–P.Barai(UniversityofTennesseeKnoxville),S.Simunovic(OakRidgeNationalLaboratory),andP.Mukherjee(TexasA&MUniversity)

15:00 1081 ModelingoftheInteractionsofUniformlySizedNanoparticles–B.Orvananos(UniversiyofMichigan),H.Yu(UniversityofMichigan),T.Ferguson,M.Bazant(MassachusettsInstituteofTechnology),andK.Thornton(UniversityofMichigan)

15:20 1082 DynamicOptimizationUsingEfficientReformulatedModelsforMaximizingEnergyStorageandLifeofLithium-IonBatteries–V.Ramadesigan,P.Northrop(WashingtonUniversity),R.Braatz(MassachusettsInstituteofTechnology),andV.Subramanian(WashingtonUniversity)

09:00 1063 MicrostructuralEvolutionduringBatteryChargeandDischargeinSiAlloyAnode–J.Cho,J.Moon(MKElectronCo.,Ltd.),C.Kang,S.Kim,S.Son(SeoulNationalUniversity),C.Lee,S.Kang,Y.Kim(SamsungSDI),S.Lee(UniversityofColoradoatBoulder),andK.Oh(SeoulNationalUniversity)

09:20 1064 Ultra-StrongSilicon-CoatedCarbonNanotubeFabricasMulti-FunctionalLithiumIonBatteryAnodes–K.Evanoff,J.Benson(GeorgiaTech),M.Schauer(Nanocomp),I.Kovalenko(GeorgiaInstituteofTechnology),D.Lashmore(Nanocomp),J.Ready(GeorgiaTech),andG.Y.Yushin(GeorgiaInstituteofTechnology)


Lithium-Ion Batteries: Modeling – 10:00 – 12:20Co-Chairs: Venkatasailanathan Ramadesigan and Mattieu Dubarry

10:00 1065 DeterminationandEvaluationofChargeDistributioninLithiumBatteryElectrodes–T.J.Richardson,C.Sirisopanaporn,V.Srinivasan,J.Liu,andV.Zorba(LawrenceBerkeleyNationalLaboratory)

10:20 1066 MultiscaleMultiparadigminSilicoDesignofNewMaterialsforLi-ionBatteries–W.GoddardIII,B.V.Merinov,A.Jaramillo-Botero(CaliforniaInstituteofTechnology),H.Kim(GraduateSchoolofEEWS(WCU),KAIST,RepublicofKorea),D.Seo(SeoulNationalUniversity,RepublicofKorea),H.Kim,andK.Kang(SeoulNationalUniversity)

10:40 1067 ComputationalFrameworkforModelingMulti-PhysicsPhenomenonofLi-IonBatteriesacrossVariousHierarchies–S.Allu,S.Pannala(OakRidgeNationalLaboratory),P.Mukherjee(TexasA&MUniversity),W.Elwasif,andJ.Turner(OakRidgeNationalLaboratory)

11:00 1068 EvaluationModelforUsedLithium-IonBatteryLife–K.Kaji,K.Tanaka,K.Maeda,H.Akimono,J.Zhang,andH.Horie(TheUniversityofTokyo)

11:20 1069 ParameterizingLi-IonCellModelsSupportedbyMicrostructureReconstructions–M.Ender,J.Illig,andE.Ivers-Tiffée(KarlsruheInstituteofTechnology(KIT))

11:40 1070 ElectrothermalSimulationofSpirally-WoundLithiumIonCells–R.Spotnitz,G.Yeduvaka(BatteryDesignLLC),D.Schad,V.Gudimetta,J.Votteler,G.Damblanc,C.Lueth,E.Oxenham,andS.Hartridge(CD-adapco)

12:00 1071 AbInitioStudyofLiInteractionwithGraphene,Multi-LayerGrapheneandGraphiteRelevantforLi-IonElectrodeMaterials–K.A.PerssonandE.Lee(LawrenceBerkeleyNationalLaboratory)

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17:20 1092 CapacityFadingofMechanicallyStressedLithium-IonPouchCells–J.CannarellaandC.B.Arnold(PrincetonUniversity)

17:40 1093 BatteryCycleLifePredictionwithCoupledChemicalDegradationandFatigueMechanics–R.D.Deshpande(LawrenceBerkeleyNationalLaboratory),M.W.Verbrugge(GeneralMotorsGlobalR&DCenter),Y.Cheng(UniversityofKentucky),J.Wang,andP.Liu(HRLLaboratoriesLLC)


Lithium-Ion Batteries: Anodes V (General) – 16:00 – 17:40Co-Chairs: Corey Love and Pradeep Guduru

16:00 1094 LithiumStoragePropertiesofDefect-IntroducedGrapheneSheets–W.Lee,S.Suzuki,andM.Miyayama(TheUniversityofTokyo)

16:20 1095 StudyofSolidElectrolyteInterface(SEI)onGraphiteAnodes–J.Benson,J.Lee,N.Nitta,A.Magasinski,I.Kovalenko,T.Joshi,T.Fuller,andG.Yushin(GeorgiaInstituteofTechnology)

16:40 1096 OriginofVoltageHysteresisoftheLi-Cu-TiS2DisplacementReactionSystem:AMulti-ScaleSimulationBasedonThermodynamicsandKinetics–H.Yu,J.Bhattacharya,C.Ling,A.VanDerVen,andK.Thornton(UniversityofMichigan)

17:00 1097 TheEffectoftheActiveMaterialofLithiumbat-terytotheContactResistancebetweenCarbonandAluminumCurrentCollector–C.Honda,S.Onodera,K.Tachibana,andT.Nishina(YamagataUniversity)

17:20 1098 EntangledStructuresofGermaniumNanowires&GraphiteNanofibersfortheAnodeofLithiumIonBatteries–S.Woo,S.Choi(SungkyunkwanUniversity),J.Park(SamsungElectronics),S.Hwang(SamsungAdvancedInstituteofTechnology),andD.Whang(SungkyunkwanUniversity)

B9Polymer Electrolyte Fuel Cells 12 (PEFC 12)EnergyTechnology/Corrosion/PhysicalandAnalyticalElectrochemistry/Battery/IndustrialElectrochemistryandElectrochemicalEngineering


A-4.1 Fuel Cell Performance and Degradation – 08:00 – 12:00Co-Chairs: Dusan Spernjak and Cynthia Rice-York

08:00 1670 ExSituCharacterizationofDegradationMechanismsofMEAsbyImagingXPSandSEM–K.Artyushkova(TheUniversityofNewMexico),A.Patel(UniversityofNewMexico),P.Atanassov(TheUniversityofNewMexico),M.Dutta,V.Colbow,andS.Wessel(BallardPowerSystems)

08:20 1671 PEMFCGasDiffusionMediaDegradationDeterminedbyAcid-BaseTitrations–J.Chlistunoff,K.C.Rau,R.Mukundan,andR.L.Borup(LosAlamosNationalLaboratory)


Lithium-Ion Batteries: Anodes V (General) – 14:00 – 15:40Co-Chairs: Pradeep Guduru and Corey Love

14:00 1083 SynthesisofCo3O4-SnO2Multi-LayeredHollowSphereandTheirHighReversibleCapacityforAnodeofLi-IonBattery–W.Kim,Y.Hwa,J.Jeun,H.Sohn,andS.Hong(SeoulNationalUniversity)

14:20 1084 DevelopmentofLi-IonRechargeableBatteryUsingGlassySnO-P2O5AnodeandGlass-CeramicLiFePO4CathodeandTheirSafetyEvaluation–A.Yamano,M.Morishita(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST)),H.Yamauchi,T.Nagakane,A.Sakamoto,M.Ohji(NipponElectricGlass),andT.Sakai(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

14:40 1085 DevelopmentofLi-IonRechargeableBatteryUsingGlassySnO-P2O5AnodeandGlass-CeramicLiFePO4CathodeMaterials–T.Nagakane,H.Yamauchi,A.Sakamoto,M.Ohji(NipponElectricGlass),A.Yamano,M.Morishita,andT.Sakai(NationalInstituteofAdvancedIndustrialScienceandTechnology(AIST))

15:00 1086 StudyoftheFactorsthatEnableCarbon-FreeInsulatingLi-IonBatteryElectrodes–C.Kim,C.Alexander,N.S.Norberg,R.M.Kostecki,andJ.Cabana(LawrenceBerkeleyNationalLaboratory)

15:20 1087 Single-CrystallinePorousIndiumPhosphideasNovelAnodeMaterialforLi-IonBatteries–M.Gerngross,E.Quiroga-González,J.Carstensen,andH.Föll(Christian-Albrechts-UniversityofKiel)


Lithium-Ion Batteries: Life Studies II – 16:00 – 18:00Co-Chairs: Kevin Gerring and Mark Verbrugge

16:00 1088 AThermodynamics-basedApproachtoPredictingPathDependenceofAginginElectrochemicalCells:Part2.Large-scaleSimulationofCellAgingAcrossMultipleUSCities–K.L.Gering(IdahoNationalLaboratory)

16:20 1089 Cycle-LifeStudyandAgingMechanismDiagnosisofNCMComposite/GraphiteCells–J.Wang(HRLLaboratories),P.Liu(HRLLaboratoriesLLC),J.Hicks-Garner,L.Westman,E.Sherman,S.Soukiasian(HRLLaboratories),M.W.Verbrugge(GeneralMotorsGlobalR&DCenter),andH.Tataria(GeneralMotors)

16:40 1090 CharacterizationofCycle-LifeAginginAutomotiveLithium-IonPouchCells–J.Marcicki,A.Bartlett,M.Canova,A.Conlisk,G.Rizzoni,Y.Guezennec(OhioStateUniversity),X.Yang,andT.Miller(FordMotorCompany)

17:00 1091 ACommonCapacityLossTrend:LiFePO4Cell’sCycleandCalendarAging–Y.Miyaki,K.Hayashi,T.Makino,K.Yoshida,M.Terauchi,T.Endo,andY.Fukushima(SonyEnergyDevicesCorporation)

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09:20 1684 AlternativeElectrocatalystSupportMaterialsforPolymerElectrolyteFuelCells–K.Sasaki,S.Hayashi,K.Kanda,Y.Takabatake,T.Tsukatsune,T.Higashi,F.Takasaki,Z.Noda,andA.Hayashi(KyushuUniversity)

09:40 Intermission(20Minutes)10:00 1685 ElectrochemicalCharacterizationofPtCatalysts

SupportedonSn0.96Nb0.04O2-δandSn0.96Sb0.04O2-δwithAggregatedStructureinRotatingDiskElectrodeandMembraneElectrodeAssemblyMeasurements–K.Kakinuma,Y.Chino,M.Uchida,H.Uchida,S.Deki,andM.Watanabe(UniversityofYamanashi)

10:20 1686 MixedMetalOxidesasCorrosion-ResistantCatalystSupportsforPolymerElectrolyteFuelCells–A.KumarandV.Ramani(IllinoisInstituteofTechnology)

10:40 1687 TitaniaandCarbonNanotubeCompositeCatalystSupportsforDurableElectrocatalystPerformance–W.A.Rigdon(UniversityofSouthCarolina),J.J.Sightler(USC),D.Larrabee(UniversityofSouthCarolina),E.McPherson,andX.Huang(USC)

11:00 1688 ConductiveNanostructuredMaterialsforSupportedMetalCatalysts–J.Sansinena(LosAlamosNationalLaboratory(LANL)),M.Wilson,andF.H.Garzon(LosAlamosNationalLaboratory)

11:20 1689 MolybdenumCarbideasSupportforPlatinumCatalystsforOxygenReductioninFuelCells–L.Elbaz(LosAlamosNationalLaboratory),J.Philips(NavalPostgraduateSchoolMonterey),N.J.Henson,andE.L.Brosha(LosAlamosNationalLaboratory)

11:40 1690 VanadiumCarbideDerivedCarbonasaPossibleCatalystSupportforPEMFC–E.Härk(UniversityofTartu),J.Nerut,K.Vaarmets,S.Sepp,P.Valk,R.Jäger(UniverstityofTartu),andE.Lust(UniversityofTartu)


D-4.1.2 Non-Precious Metal Catalysts 2 – 08:00 – 12:00Co-Chairs: Piotr Zelenay and Shigenori Mitsushima

08:00 1691 CatalyticActivityandStabilityofTaCompoundsforOxygenReductionReaction–S.Mitsushima,Y.Fujita,A.Ishihara,Y.Ohgi,K.Matsuzawa(YokohamaNationalUniversity),M.Matsumoto,M.Arao,H.Imai(NISSANARCLtd.),andK.Ota(YokohamaNationalUniversity)

08:20 1692 Non-PreciousMetalOxygen-ReductionCatalystsforPEMFuelCellsBasedonN-DopedOrderedPorousCarbon–A.Dorjgotov,J.Ok,Y.Jeon(YonseiUniversity),S.Yoon(KyushuUniversity),andY.Shul(YonseiUniversity)

08:40 1693 EvaluationofNitrogenSpeciesandMicrostructreofSilk-DerivedActivatedCarbonasNon-PreciousMetalCatalystforPEFCCathode–H.Fukunaga,T.Shimoyama,N.Takahashi,T.Takatsuka(ShinshuUniversity),andH.Kishimoto(DaiNipponPrintingCo.Ltd)

08:40 1672 InfluenceofIn SituandExSituAgingofGasDiffusionLayersonFuelCellPerformanceDegradation–D.Spernjak,J.D.Fairweather,T.Rockward,K.C.Rau,R.L.Borup,andR.Mukundan(LosAlamosNationalLaboratory)

09:00 1673 SubzeroDegradationAnalysisofMembraneElectrodeAssembliesModifiedwithAdditives–A.Pistono(TennesseeTechnologicalUniversity),C.A.Rice(TennesseeTechUniversity),J.Lewis,andV.Ramani(IllinoisInstituteofTechnology)

09:20 1674 PEMFuelCellPerformanceandDurabilitywithDifferentTreatmentsofMicroporousLayer–D.Spernjak,R.Mukundan(LosAlamosNationalLaboratory),P.Wilde,R.Schweiss(SGLCarbonGmbH),K.L.More(OakRidgeNationalLaboratory),D.Langlois,J.D.Fairweather,andR.L.Borup(LosAlamosNationalLaboratory)

09:40 Intermission(20Minutes)10:00 1675 EffectsofPtConcentrationofCarbonSupported

CatalystsonHighTemperaturePEMFCPerformance–J.O.Park,J.Ha,S.Hong,Y.Lee(SamsungAdvancedInstituteofTechnology),M.Takezawa(SamsungYokohamaResearchInstitute),andK.Choi(SamsungAdvancedInstituteofTechnology)

10:20 1676 ImprovementofPEFCPerformancebyRemovingGDLs–K.Takeuchi(NipponSoken,Inc.)

10:40 1677 EffectofGasDiffusionLayerDesignonPEMFuelCellMEAWaterRemovalinanUnderHumidifiedEnvironment–J.BelleriveandA.Bellemare-Davis(BallardPowerSystems)

11:00 1678 PEMFCGDEOxygenMassTransportCoefficientSeparationwithDifferentGasDiluents–T.V.Reshetenko(UniversityofHawaiiatManoa)andJ.St-Pierre(UniversityofHawaii)

11:20 1679 TheDewPointTemperatureasaCriterionforOptimizingPEMFCOperatingConditions–T.Berning(AalborgUniversity)

11:40 1680 HandheldCharacterizationProbeforCatalyticAssessmentsofElectrodesandMEAs–D.Carr,B.Slote,K.Jayne,andM.C.Kimble(ReactiveInnovations,LLC)


D-4.1.1 Corrosion-Resistant Pt Cathodes – 08:00 – 12:00Co-Chairs: Michael Lennartz and Kazunari Sasaki

08:00 1681 ThePotentialofNon-CarbonSupportedElectrocatalystforAutomotiveFuel-Cells–J.Suchsland(SolviCore),B.Klose-Schubert,D.Herein,andM.Lennartz(Umicore)

08:40 1682 MicrostructureandDurabilityofNon-CarbonSupportedCathodePreparedbyaDirectDryDepositionTechnique–R.Maric,J.Roller,M.Arellano-Jiménez,W.E.Mustain,andC.Carter(UniversityofConnecticut)

09:00 1683 Corrosion-ResistantPEFCCathodeCatalystsBasedonSub-StoichiometricTitaniumOxideSupports–T.Ioroi,M.Asahi,S.Yamazaki,Z.Siroma,N.Fujiwara,andK.Yasuda(NationalInstituteofAdvancedIndustrialScienceandTechnology)

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09:20 1705 ComparingPlatinumandPalladiumasHydrogenOxidation/EvolutionElectrocatalystsinAlkalineMedium–J.Herranz,P.Rheinländer,S.Henning,andH.A.Gasteiger(TechnischeUniversitätMünchen)

09:40 Intermission(20Minutes)10:00 1706 CarbonateandBicarbonateIonTransportin

AlkalineAnionExchangeMembranes–A.M.Kiss,T.D.Myles(UniversityofConnecticut),K.N.Grew(U.S.ArmyResearchLaboratory),A.A.Peracchio,G.J.Nelson,andW.K.Chiu(UniversityofConnecticut)

10:20 1707 AlkalineStabilityandIonConductivityofPolysulfoneAnionExchangeMembranes(AEMs)withDifferentCationChemistries–C.G.ArgesandV.Ramani(IllinoisInstituteofTechnology)


High Temperature Sodium Batteries – 08:00 – 11:20Co-Chairs: David Hall and Jeffrey Fergus

08:00 1871 TheEffectofDischargeDurationDistributiononSodiumMetalHalideBatteryCycleLifeforUninterruptiblePowerSupplies–D.B.Hall(GEGlobalResearch)

08:30 1872 SolidElectrolytesforSodiumBatteries–J.W.Fergus(AuburnUniversity)

09:00 1873 NovelSodium-ZincChlorideBattery–X.Lu,G.Li,J.Kim,J.Lemmon,V.Sprenkle,andZ.Yang(PacificNorthwestNationalLaboratory)

09:20 1874 DevelopmentofSodium-MetalHalideBatteriesforEnergyStorage–G.G.Tao,N.Weber(MaterialsandSystemsResearchInc.),andA.V.Virkar(TheUniversityofUtah)

09:40 Intermission(20Minutes)10:00 1875 MoltenSodiumBatterywithNaSICON

CeramicMembrane–A.Eccleston,M.Robins(Ceramatec,Inc.),S.V.Bhavaraju(CeramatecInc.),Y.Kim,W.Koh,J.Chae,andJ.Kim(SKInnovation)

10:20 1876 EffectsofNickelContentandOperatingConditionsonCathodeDegradationofSodium-NickelChloride(Zebra)Battery–G.Li,X.Lu,J.Kim,andV.Sprenkle(PacificNorthwestNationalLaboratory)

10:40 1877 DevelopmentofaBrassSupportedZinc-ChlorideSodiumCell–D.C.BogdanJr.(GeneralElectricCompany),M.Vallance,K.Gourishankar,H.Seshadri,G.Sundararajan,andA.Viswanathan(GEGlobalResearch)

11:00 1878 InfluenceofSulfurConcentrationonLowTemperatureOperationoftheCellNa/β”-Alumina/S(IV)inAlCl3-NaClMelt–T.J.Dunstan(ElectrochemicalSystemsInc.)andJ.Caja(ElectrochemicalSystems,Inc.)

09:00 1694 InsightintothePossibleNatureoftheActiveCatalyticSiteinNon-PreciousMetalFuelCellORRCatalysis–P.Zelenay,G.Wu,H.T.Chung,M.Blair,E.F.Holby,C.D.Taylor(LosAlamosNationalLaboratory),andM.Neidig(UniversityofRochester)

09:20 1695 ActiveSiteModeling:Non-PreciousMetalBasedCatalystsforORR–E.F.Holby,C.D.Taylor,G.Wu,andP.Zelenay(LosAlamosNationalLaboratory)

09:40 Intermission(20Minutes)10:00 1696 UsingaDualPlasmaProcesstoProduceCobalt-

PolypyrroleCatalystsfortheOxygenReductionReactioninFuelCells–C.Walter(INPGreifswald),K.Kummer(EuropeanSynchrotronRadiationFacility),D.Vyalikh(TUDresden),A.Quade,V.Brüser,andK.Weltmann(INPGreifswald)

10:20 1697 Low-Cost,High-EfficiencyNon-PGMCathodeCatalystsUsingMOFsasPrecursors–D.Zhao,J.Shui,C.Chen,S.Comment,B.Reprogle,andD.Liu(ArgonneNationalLaboratory)

10:40 1698 BasicityofNon-preciousMetalCatalystsforOxygenReduction–N.D.LeonardandS.CalabreseBarton(MichiganStateUniversity)

11:00 1699 TemplatedNon-PGMElectrocatalystsforPolymerElectrolyteFuelCells–P.Atanassov(TheUniversityofNewMexico),A.Serov(UniversityofNewMexico),B.Halevi,K.Artyushkova(TheUniversityofNewMexico),andB.Kiefer(NewMexicoStateUniversity)

11:20 1700 InvestigationofFe-N-CCathodeCatalystsinLaminarFlowFuelCells–M.Naughton(UniversityofIllinoisatUrbana-Champaign),N.D.Leonard,S.CalabreseBarton(MichiganStateUniversity),andP.J.Kenis(UniversityofIllinoisatUrbana-Champaign)

11:40 1701 DevelopmentofHybridCathodeCatalystforPEMFuelCells–T.Kim,W.Jung,T.Xie,A.Kriston,P.Ganesan,andB.N.Popov(UniversityofSouthCarolina)


E-4.1 Electrolysis and Alkaline Fuel Cell Materials – 08:20 – 10:40Co-Chairs: Christopher Arges and EunAe Cho

08:20 1702 HighTemperatureElectrochemicalHydrogenPumpCellUsingaPBIMembraneatHighCurrentDensities–T.J.Petek,J.S.Wainright,andR.F.Savinell(CaseWesternReserveUniversity)

08:40 1703 Testingof17-CellDimensionallyStableMembrane(DSA)High-PressureElectrolysisStack–A.K.Kisor(CaliforniaInstituteofTechnology),M.Errico(Caltech/JPL),T.I.Valdez(CaliforniaInstituteofTechnology),M.Hamdan,J.Willey,T.Norman,C.Mittelsteadt(GinerInc.),andM.Hoberecht(NASA/GlennResearchCenter)

09:00 1704 OptimizationofClampingPressureforHighPressure(ProtonExchangeMembrane)PEMElectrolyzers–O.F.Selamet,M.Acar,M.Ergoktas,andM.Mat(NigdeUniversity)

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Materials – 08:00 – 11:40Co-Chairs: M. Foley and A. Bund

08:00 3729 TheStructureofNickelCompoundsintheIonicLiquid1-Ethyl-3-MethylImidazoliumChloride/AluminumChloride–D.F.Roeper(Excet,Inc.),C.Graham(UnitedStatesNavalAcademy),K.Pandya(BrookhavenNationalL),andW.O’Grady(Excet,Inc.)

08:20 3730 IntercalationChemistryofIonicLiquids–T.E.Sutto(NavalResearchLaboratory)

08:40 3731 DispersionofOrganicallyModifiedLayeredSilicatesinMeltBlendedPoly(lacticacid)Composites:EffectsofCationHeadGroupsandOxygenatedAlkylChains–D.M.Fox(AmericanUniversity),M.Zammarano(NationalInstituteofStandardsandTechnology),andM.Novy(AmericanUniversity)

09:00 3732 IonicLiquidsforControlledSynthesisofFunctionalMaterials–P.Fulvio,H.Luo,andS.Dai(OakRidgeNationalLaboratory)

09:40 Intermission(20Minutes)10:00 3733 UseofIonicLiquidasaNewMediumunder

VacuumConditions–S.Kuwabata,A.Imanishi(OsakaUniversity),T.Torimoto(NagoyaUniversity),andT.Tsuda(OsakaUniversity)

10:40 3734 ControlofFormationProcessofAuNanoparticlesPreparedbyLowEnergyQuantumBeamIrradiationinIonicLiquid–A.Imanishi,T.Arimura,T.Sakamoto,T.Tsuda,S.Kuwabata,andK.Fukui(OsakaUniversity)

11:00 3735 SimpleFabricationofPtNanoparticle-CarbonNanotubeCompositewithIonicLiquid-SputteringMethod–K.Yoshii,T.Tsuda,T.Arimura,A.Imanishi(OsakaUniversity),T.Torimoto(NagoyaUniversity),andS.Kuwabata(OsakaUniversity)

11:20 3736 Fabricationof3DPolymerStructuresfromRoom-TemperatureIonicLiquidbyQuantumBeamTechniques–H.Minamimoto,K.Inoue,T.Tsuda,A.Imanishi,S.Seki,andS.Kuwabata(OsakaUniversity)


Related Compounds Session 1: Heterogeneous Integration – 08:00 – 10:00Co-Chair: Alexander Reznicek

08:00 3236 MaterialsIntegrationforIII-V/SiGe+CMOSIntegratedCircuitPlatforms(Invited)–E.A.Fitzgerald,P.Sharma,M.Bulsara,T.Milakovich(MassachusettsInstituteofTechnology),S.Ringel,A.Pitera,J.Hennessy,andA.Malonis(4PowerLLC)

08:30 3237 HeterogeneousIntegrationofIII-VDevicesandSiCMOSonaSiliconSubstrate–T.Kazior(Raytheon)

09:00 3238 HeterogeneousIntegrationofInPHBTsonCMOS:LeveragingandProvidingValuetoConventionalSiliconTechnologies–J.C.Li,Y.Royter,P.Patterson,T.Hussain,J.Duvall,M.Montes,I.Valles,F.Ku,M.Boag-O’Brien,A.Lopez,D.Le,D.Zehnder,S.Kim,S.Chen,T.Oh,M.Akmal,E.Wang,D.Hitko,M.Sokolich,D.Chow,P.Brewer,andK.Elliott(HRLLaboratoriesLLC)

09:30 3239 Wafer-levelHeterogeneousIntegrationofGaNHEMTsandSi(100)MOSFETs–H.Lee,Z.Li,M.Sun,K.Ryu,andT.Palacios(MassachusettsInstituteofTechnology)

Related Compounds Session 2: Processing – 10:15 – 12:00Co-Chair: Alexander Reznicek

10:15 3240 ScalableGaN-on-SiliconUsingRareEarthOxideBufferLayers–F.Arkun(TranslucentInc),M.Lebby,R.Dargis,R.Roucka,R.S.Smith,andA.Clark(TranslucentInc.)

10:45 3241 FormationandCharacterizationofNickelGermanosilicideonSi1-xGex/Si/SiO2/Si–W.Yoo(WaferMasters,Inc.),N.Hasuike,H.Harima,andM.Yoshimoto(KyotoInstituteofTechnology)

11:05 3242 LowSpecificOhmicContactston-typeGermaniumUsingaLowTemperatureNiGeProcess–K.F.Gallacher,P.Velha,D.J.Paul,I.Maclaren(UniversityofGlasgow),M.Myronov(UniversityofWarwick),andD.Leadly(WarwickUniversity)

11:25 3243 Formationof1.7-nm-thick-EOTGermaniumDioxideFilmwithaHigh-QualityInterfaceUsingaDirectNeutralBeamOxidationProcess–A.Wada(TohokuUniversity),R.Zhang,S.Takagi(TheUniversityofTokyo),andS.Samukawa(TohokuUniversity)


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Symposium Topics and Organizers - Electrochem

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