A Complete Bibliography of The Bell System Technical...

A Complete Bibliography of The Bell System Technical

Journal, 1940–1949

Nelson H. F. BeebeUniversity of Utah

Department of Mathematics, 110 LCB155 S 1400 E RM 233

Salt Lake City, UT 84112-0090USA

Tel: +1 801 581 5254FAX: +1 801 581 4148

E-mail: [email protected], [email protected],[email protected] (Internet)

WWW URL: http://www.math.utah.edu/~beebe/

24 November 2017Version 1.03

Title word cross-reference

8000-Cycle [LPSW49].

A-C [Bar49]. Abstracts[Ano40a, Ano40b, Ano40c, Ano40d, Ano41a,Ano41b, Ano41d, Ano41c, Ano42a, Ano43a,Ano43b, Ano43c, Ano44a, Ano44b, Ano44c,Ano44d, Ano45a, Ano45b, Ano45c, Ano46a,Ano46b, Ano46c, Ano47a, Ano47b, Ano47c,Ano47d, Ano48a, Ano48b, Ano48c, Ano48d,Ano49a, Ano49b, Ano49c, Ano49d].Accuracy [Slo40]. Action [BB49]. Active[Pet48]. Admittances [Rob49a, Rob49c].Advances [Mat40]. Amplification [Hol49].Amplifier [Bod40, PH49]. Amplifiers[Ben40, For46]. Analogies [Mas41].

Analyses [Sta41]. Analysis[Bud48, Dar40a, Gou40, Loz47, McS44,Ric44, Ric45, Sch48]. angle [Hoy47].Antennas [FL47, MT47]. Aperiodic[Har41]. Application [GS40, Ric49b].Applications [DM48, Mas43].approximate [GS48]. Arbitrarily [BP49].Arrays [Sch43]. Arsenic [SP40]. Articles[Ano40a, Ano40b, Ano40c, Ano41a, Ano41b,Ano41d, Ano41c, Ano42a, Ano43a, Ano43b,Ano43c, Ano44a, Ano44b, Ano44c, Ano44d,Ano45a, Ano45b, Ano45c, Ano46a, Ano46b,Ano46c, Ano47a, Ano47b, Ano47c, Ano47d,Ano48a, Ano48b, Ano48c, Ano48d, Ano49a,Ano49b, Ano49c, Ano49d]. Aspect [Clo48].Aspects [RK49, SS44]. associated[Ric49b, Tho47]. Atoms [Dar41].Attenuation [Bod40, Tho47]. Authors

1

2

[Ano40a, Ano40b, Ano40c, Ano40d, Ano41a,Ano41b, Ano41d, Ano41c, Ano42a, Ano43a,Ano43b, Ano43c, Ano44a, Ano44b, Ano44c,Ano44d, Ano45a, Ano45b, Ano45c, Ano46a,Ano46b, Ano46c, Ano47a, Ano47b, Ano47c,Ano47d, Ano48a, Ano48b, Ano48c, Ano48d,Ano49a, Ano49b, Ano49c, Ano49d].

Balancing [Van43]. Ballistics[Pie45, Sam45]. Band[FHS49, FB49, GK44, Mum49]. Based[Gou40]. Basis [Boz40]. Beam[Sea48, Ske44]. Behavior [Clo48, Eds45].Bell [Ano40a, Ano40b, Ano40c, Ano40d,Ano41a, Ano41b, Ano41d, Ano41c, Ano42a,Ano43a, Ano43b, Ano43c, Ano44a, Ano44b,Ano44c, Ano44d, Ano45a, Ano45b, Ano45c,Ano46a, Ano46b, Ano46c, Ano47a, Ano47b,Ano47c, Ano47d, Ano48a, Ano48b, Ano48c,Ano48d, Ano49a, Ano49b, Ano49c, Ano49d].Below [Ben40]. Bending [Egg45]. bends[Ric48a]. Between [Bod40, BO40, Hol49].Biased [Ben47]. Book [LeC43]. Branching[LT48]. Broad [Mum49]. Broad-Band[Mum49]. Buried [Sun45, TS49].

C [Bar49]. Cable[BO40, Sun45, TS49, Wad40]. Cables[Gou40, Heb41]. Calcium [SB41]. Carrier[DR49, Dud40, FHS49, Heb41, JP46,LPSW49, Mat40]. Cathode [Fay47].Cavities [WSK46]. Cavity[KW47b, KW47a]. Centimeter[Eng44, FHH46]. Changes [GK44].Characteristics [For46, Heb41, JP46].Circuit [RK49]. Circuited [Gou40].Circuits [CML41, Cur40, DR49, Fai45,Pet48, Pol40, Sha49b, Wis48]. circular[KW47a, Ric48a]. Classical [Dar43a].Clock [Mar48]. Coaxial [BO40, Gou40].Code [Goo47, MP48, Sea48]. Coefficient[Mas40]. Coefficients [Wis48]. Coil [Pet46].Coils [LG40]. Commercial [Pol40].Communication [Sha48a, Sha48b, Sha49a].

complex [Hoy47]. Component [NP40].Compressed [LG40]. Concentrations[SB41]. Conductors [BO40]. conformal[Ric49a]. connected [Ric49b]. Conquest[Sha44]. Constant [Cla46]. Constants[Eng44]. Contact [Bar49, Cur40, Leu46].Contributions [Ful46]. Contributors[Ano40e, Ano40f, Ano40g, Ano40h, Ano41e,Ano41f, Ano41g, Ano41h, Ano42b, Ano43d,Ano43e, Ano43f, Ano44e, Ano44f, Ano44g,Ano44h, Ano45d, Ano45e, Ano45f, Ano46d,Ano46e, Ano46f, Ano46g, Ano47e, Ano47f,Ano47g, Ano47h, Ano48e, Ano48f, Ano48g,Ano48h, Ano49e, Ano49f, Ano49g, Ano49h].Control [TH46]. Copper[Blo41, Pad42, Wil41b]. corners [Ric49a].Corona [Ske40]. Coronaviser [Ske40].Coupling [Syk44a]. Criterion [Slo49].Cross [Ben40]. Cross-Modulation [Ben40].Crossarms [Egg45]. Crosstalk[BO40, Gou40]. Cryptography [Sha45].Crystal [Bon43a, Bur40, D’H44, Gre44,Mar48, Mas43, SO47]. Crystals[Arm46, Bon43c, BA43, Fai45, MS40, Mas40,Mas47, Syk44a, Wil44]. Culture [Leu46].Current [TS49]. currents [KW47a].Curved [Alb49]. Cushioning [Min45].Cycle [LPSW49]. cylinder [KW47a].Cylindrical [KW47b].

Decay [Leu46]. Decibel [Joh46].Deflection [Sea48]. Delay[DR49, Har41, Koc48, Rin48]. Delays[Rap46]. Design [Blo41, Bod40, Bro49,Rid48, Syk44a, Van43, Wil41b]. Destroying[Leu46]. Determination [Bon43a, SB41].Determining [BA43, Wil44].Development [SO47]. Deviations [D’H44].Dialing [Clo48]. Diamond [Pad42].Dielectric [Eng44]. Dies [Pad42].differential [GS48, Ric49b]. Diffraction[GS40]. Digests [GS40]. Dimensions[Wer41]. Direct [AL49]. Discernibility[GK44]. Discharge [SCM46]. Distance

3

[Sha44]. Distortion [Rea44, Rin48].Divided [MS40]. Division [Ben41]. Double[DR41, KC42]. Drawing[Blo41, Pad42, Wil41b]. Drying [Wad40].Dynamics [Min45, Mac43].

Early [TH46]. Editorial [Ano49i]. Effect[Bla43, Clo48, NP40, Rea44]. Effects[D’H44, Syk44a]. Eight [DR49].Eight-Kilocycle [DR49]. Electric[Bon43b]. Electrical[Bla41, MS40, Mas41, Wad40]. Electrodes[MS40]. Electromagnetic [LeC43, Sch48].Electron [GS40, Hol49, Pie45, Pie48a,Rob49a, Sam45, Sea48, Slo49, Mac43].Electronic [Rob49a]. Electrostatic [BP49].Elements [BP49]. Elimination [FHS49].Employing [MS40]. Encountered [Rap46].End [KW47a]. Engineering[CML41, Wer41]. Entropy [Dar42].Equalization [DR49]. Equation [Pie43].Equations[Mas47, GS48, Mac43, Ric41, Ric49b].Equilizers [Bro49]. Equipping [Wil41b].Equivalent [Pet48]. Etch [Wil44].Evaluating [Egg45]. Evolution [Mar48].Excess [Her49]. Experimental[Hol49, MP48]. Expressed [Mas47].Expressions [Cla46]. Extension [Hei40].

Fabrication [Gre44]. Facilities [GFF46].Factors [Eng44]. Fair [SMG40]. Faults[Vaa40]. Feedback [Bla43, Bod40].Ferromagnetism [Boz40]. Field[BP49, Sch48]. Fields [Pie48b, Sam45].Filamentary [SPH49]. Fillet [SBP43].Filter [FHS49, LT48]. Filters[Bur40, D’H44, MS40, Mum48]. Fire [TH46].Fire-Control [TH46]. First [Mas47].Fission [Dar40b]. Flat [Mum48]. FM[Zin48]. Focused [Ske44]. Forces [Dar41].Form [Mas47]. Four [Pet48, Rob49c].Four-Pole [Rob49c]. Four-Terminal[Pet48]. Free [McS44]. Frequencies

[AL49, Heb41, Rob49b]. Frequency[DM48, For46, PH49, Sam45]. Full [Ske40].functions [Hoy47]. fundamental [Mac43].Fungi [Leu46]. Future [Buc42].

Gap [GHDR46]. Gas [SCM46].Gas-Discharge [SCM46]. Generator[FHH46]. Germanium [SPH49]. Ground[Wis48]. guide [Ric49b]. Guides[Alb49, Ric48a, Ric49a, Ric49b].

Harmonic [Sta41]. Having [McS44].Hearing [SMG40]. Heterodyne [Slo40].High [Blo41, Fay47, LG40, Pad42, PH49,Sam45, Slo40, WSK46, Mac43].High-Frequency [PH49, Sam45].High-Speed [Pad42]. High-Vacuum[Fay47]. History [Bla41]. Holding [Wil41a].Hole [SPH49]. Holes [Her49]. horn[Ric49b]. Hybrid [Bud48].

Ideal [Ben47]. Idle [Rap46]. II [Wil41b].Images [Bal40]. Impedance[Bar49, Bla43, Pie43, Pom47].Imperfections [Wil43]. Index [Har45].Indicator [CGM40]. Indicial [Mot44].Inductance [LG40]. Industrial [Fry41].infinite [Tho47]. Injection [SPH49].Inspection [DR41, KC42, Wil43].Instrument [Ske40]. Insulation [Lit41].Interaction [Hol49]. Interesting [GS40].Intermediate [For46]. Intermittent[Eds45]. Involved [BB49]. Ionosphere[Dar40a]. Isotropic [McS44]. Issue[Ano40e, Ano40f, Ano40g, Ano40h, Ano41e,Ano41f, Ano41g, Ano41h, Ano42b, Ano43d,Ano43e, Ano43f, Ano44e, Ano44f, Ano44g,Ano44h, Ano45d, Ano45e, Ano45f, Ano46d,Ano46e, Ano46f, Ano46g, Ano47e, Ano47f,Ano47g, Ano47h, Ano48e, Ano48f, Ano48g,Ano48h, Ano49e, Ano49f, Ano49g, Ano49h].

Joints [SBP43]. Junction [Sho49].Junctions [Sho49].

4

Kilocycle [DR49].

Laboratory [Leu46]. Layers [Arm46].Lead [SP40, SB41]. Lengths [Eng44].Lenses [Koc48]. Level [CGM40].Lightning [Sun45, TS49]. Limitations[Pie45]. Line [Cla46, Pie43, Ric41]. Linear[Ben44, Gra46, Pet48, Sch43, GS48]. Lines[SW41]. Links [Hei40]. Locations [Vaa40].Low [Mas40].

Machines [Blo41]. Magnetically [Ske44].Magnetron [FHH46]. Manufacture[Bur40]. Manufacturing [D’H44, KC42].Margins [Rea44]. Materials[Bon43b, SE40]. Mathematical[Ric44, Ric45, Sch43, Sha45, Sha48a, Sha48b].Mathematics [Bon43c, Fry41]. Matrix[Ric48a]. Maximally [Mum48].Maximally-Flat [Mum48]. Means[Bon43a]. Measurement[Har45, Pom47, Rin48]. Measurements[Wil41a]. Measuring [AL49, Rob49b].Mechanical [Mas41, Mul48]. Mechanics[Dar43b]. Megacycles [Rob49a]. Memorial[Dar43a]. Metallic [Koc48, SE40].Metallurgy [SBP43, SS44]. Method[Rob49b]. Methods[Bon43a, JP46, Sch48, Syk44a]. Microwave[Fri48, GFF46, Mum49, Rin48, Rob47,Rob49b, Rob49c, SO47, WSK46].Microwaves [Bud48, LT48]. Mill [Wil41b].Mineral [Bon43b]. Mismatches [Pom47].Modes [McS44, Syk44a]. Modulated[Loz47]. Modulation[Ben40, DF49, Goo47, MP48, Sea48].Modulator [Fay47]. modulus [Hoy47].Molybdenum [LG40]. Motion[Syk44a, Mac43]. Mounting[Gre44, Syk44b]. Multichannel[Ben40, MP48]. Multiplex [Ben41]. Musa[Pol40].

n [Sho49]. Nature [Dud40]. Naval [TH46].

Navigation [Rob47]. Network [FHS49].Networks [Pet48, Van43]. Noise [Ben44,Mum49, Pie48a, Ric44, Ric45, Ric48b]. Non[LT48]. Non-reflecting [LT48]. Normal[MS40, Hoy47]. Note [Ano49i, Pie43, Rid48].Novel [Cla46]. Nuclear [Dar40b].

Observation [Hol49]. Observations[TS49]. Observing [Ske40]. Obtaining[Rap46]. Open [Gou40]. Operating[Wil41b]. Operation[Blo41, Pol40, Rea44, Wil41b]. Operators[Rap46]. Optical [Bon43a]. Order[Mas47, Ric49b]. Orientation[Bon43a, BA43, Wil44]. Oscillator [Fai45].Oscillators [DF49, Eds45, PS47, Slo40].Overload [Ben40]. Oxide [Fay47].Oxide-Cathode [Fay47].

p [Sho49]. Package [Min45]. Paper [Lit41].Papers [Ano40d]. Parallel [Rid48, Rob49a].Parallel-Plane [Rob49a]. Parallel-Tuned[Rid48]. Part [Blo41, Wil41b]. particles[Mac43]. Pass [FHS49]. Passive [Rob49c].Performance[Bud48, FB49, Har45, JP46, Slo49].Permalloy [LG40]. Phase [AL49, Bod40,DF49, FHS49, Rob49b, Vaa40, Tho47].Phenomena [Cur40, Her49]. Physical[BB49, Bon43c, Boz40, Pie45]. Physicist[Dar41]. Piezo [Bon43b]. Piezo-Electric[Bon43b]. Piezoelectric [Fai45, Mas47].Plane [Rob49a]. Plant[Blo41, Clo48, KC42, Wil41b]. plate[KW47a]. Plated [Gre44]. Plates[Har45, McS44, Syk44b]. plus [Ric48b].Pole [Rob49c]. Polyrod [MT47]. Potential[Wis48]. Powder [SS44]. Power[Eng44, Vaa40]. Powered [LG40]. Precise[AL49]. Precision [Pom47]. Preservation[Leu46]. Principles [BB49, Syk44b].Probability [Hoy47]. Problems [Wer41].Producers [Sta41]. Program[CML41, DR49, FHS49, GK44, LPSW49].

5

Propagation [Alb49, Cla46]. Properties[BGP47, Bon43c, Ric48b]. Protection[Sun45]. Pulp [Lit41]. Pulse[Fay47, Goo47, Loz47, MP48, Sea48].Pulsers [Pet46].

Q [WSK46]. Quadrature [NP40]. Quality[LG40, MP48]. Quantitative[SB41, SPH49]. Quantized [Ben48].Quartz [Bon43a, BA43, Bur40, Gre44,Har45, Mar48, Mas40, Mas43, Syk44a,Syk44b, Wil43, Wil44].

Radar [For46, FL47, GHDR46, GFF46,Mor47, Pet46, Rob47, SO47]. Radars[TH46]. Radial [Ske44]. Radio[DM48, Hei40, Pol40]. Random[Ric44, Ric45, Ric48b]. Rapid [SB41]. Raw[Wil43]. Ray [Arm46]. Rays [BA43].Reactance [DF49]. Reactive [Bro49].Reading [AL49]. Receive [SCM46].Receiver [Mor47, Zin48]. Receivers[Mot44, Rea44, SO47]. Receiving [Pol40].Rectangular[McS44, Ric48a, Ric49a, Ric49b]. Rectifier[Bar49, Ben44, Ben47]. Rectifiers [SO47].Reference [CGM40]. reflecting [LT48].Reflection [Ric49a]. Reflections[Ric48a, Ric49b]. Reflex [PS47]. Regarding[Ano49i]. Related [Har41]. Relations[Bod40]. Relative [Egg45]. Reliability[Wil41a]. Repeater [Fri48]. Repeaters[Rin48]. Requirements [Ben40, CML41].Research [Fri48, Ful46]. Resistances[Pie48a]. Resistors [BGP47]. Resonance[Bla41]. Resonant [WSK46]. resonator[KW47a]. Resonators [KW47b]. Response[Ben44, Mot44, Zin48]. Results[KW47b, SMG40]. Return [Wis48]. Review[LeC43]. Rings [Bud48]. Rubber [Ful46].

S. [LeC43]. Sampling [DR41, KC42].Schelkunoff [LeC43]. Second[Mas47, Ric49b]. second-order [Ric49b].

Secrecy [Sha49a]. semi [Tho47].semi-infinite [Tho47]. Semiconductor[Her49]. Semiconductors [Ano49i, Sho49].Sensitive [BGP47]. Servo [Gra46]. set[Ric49b]. Shapes [Sta41]. Sharpness[Bal40]. Shift [DM48, DF49]. Short[Gou40]. Short-Circuited [Gou40]. side[KW47a]. Sideband [NP40, Pol40]. Signal[Ben44]. Signals [Ben48, Har41]. Silicon[SO47]. Simulated [Bal40]. Simulating[FHS49]. sine [Ric48b]. Single[DR41, NP40, Pol40]. slope [Tho47]. Small[SB41]. Soil [Leu46]. Solar [Ske40]. Solder[SP40]. Soldered [SBP43]. Solution[Vaa40, GS48]. solutions [Ric41]. Some[Cla46, Ful46, KW47b, RK49, SS44, Sta41].Source [Mum49]. Spaced [BP49]. Spark[GHDR46]. Specifying [Bon43a]. Spectra[Ben48]. Spectrum [Loz47]. Speech[Dud40]. Speed [Blo41, Pad42, Mac43].Standard [CGM40]. Start [Rea44].Start-Stop [Rea44]. State [Har41, Ric41].Statistical [Dar43b, Ric48b]. Statistics[Dar43a]. Steady [Har41, Ric41]. Stop[Rea44]. Streams [Hol49, Pie48a].Strength [Egg45]. Studies[Arm46, SPH49]. Study [Leu46, Rap46].Subjective [Bal40]. Subscribers [Clo48].Sunlight [Ske40]. Surface [Arm46].Surfaces [McS44]. Survey [Bon43b].Switch [SCM46]. Switches [GHDR46].Switching [Cur40, Sha49b]. Synthesis[Sha49b]. Synthetic [Ful46]. System[AL49, Hei40, LPSW49, MP48, Pol40, SE40,Ano40a, Ano40b, Ano40c, Ano40d, Ano41a,Ano41b, Ano41c, Ano42a, Ano43a, Ano43b,Ano43c, Ano44a, Ano44b, Ano44c, Ano44d,Ano45a, Ano45b, Ano45c, Ano46a, Ano46b,Ano46c, Ano47a, Ano47b, Ano47c, Ano47d,Ano48a, Ano48b, Ano48c, Ano48d, Ano49a,Ano49b, Ano49c, Ano49d]. Systems [Ben41,FHS49, Mul48, Sha49a, Vaa40, Ano41d].

Tables [DR41, Joh46, Tho47]. Targets

REFERENCES 6

[Rob47]. TE01 [Alb49]. Technical[Ano40a, Ano40b, Ano40c, Ano40d, Ano41a,Ano41b, Ano41d, Ano41c, Ano42a, Ano43a,Ano43b, Ano43c, Ano44a, Ano44b, Ano44c,Ano44d, Ano45a, Ano45b, Ano45c, Ano46a,Ano46b, Ano46c, Ano47a, Ano47b, Ano47c,Ano47d, Ano48a, Ano48b, Ano48c, Ano48d,Ano49a, Ano49b, Ano49c, Ano49d, GS40].Technique [Leu46, Wil44]. Techniques[GFF46]. Telegraph [JP46, Mat40, Rea44].Telegraphy [DM48]. Telephone[Cur40, Heb41, Hei40, Lit41, Mot44, Pol40,SE40, Wad40]. Telephony[Buc42, Goo47, Sha44]. Television[Bal40, SW41]. Temperature [Mas40].Tensor [Mas47]. Terminal[Pet48, Sha49b, Van43]. Terms [Pie43].Tertiaries [Gou40]. Test [SB41]. Testing[GFF46, WSK46]. Tests [SMG40]. Their[Bon43a]. Theoretical [McS44]. Theory[Bar49, Gra46, Her49, Sch43, Sha45, Sha48a,Sha48b, Sha49a, Sho49, Ric48a]. Thermally[BGP47]. Thermistors [BGP47]. Three[Vaa40]. Three-Phase [Vaa40]. Time[Ben41, Wil41a]. Tin [SP40]. Tolerances[Wer41]. Toll [Heb41, MP48, Rap46, Sun45].Transatlantic [Pol40]. Transconductance[Slo49]. transformation [Ric49a].Transformer [Rid48]. Transient[Her49, Zin48]. Transients [Mul48].Transistor [BB49, RK49]. Transistors[SPH49, Sho49]. Transmission[AL49, CML41, FB49, Heb41, LPSW49,Mat40, NP40, Pie43, SW41, Ric41].Transmit [SCM46]. Transmit-Receive[SCM46]. Transoceanic [Buc42].Transport [Her49]. Transverse [Pie48b].Traveling [Pie48b]. Traveling-Wave[Pie48b]. Triodes [Rob49c]. Trunk[Clo48, Rap46]. Tube[DF49, Sea48, Ske44, Slo49]. Tubes[BP49, Fay47, For46, Pie48b, Rob49a].Tuned [Rid48]. Twinning [Wil44]. Two[Hol49, Sha49b, Vaa40, Van43].

Two-Terminal [Van43]. Type [PH49].

Uniform [Cla46]. unit [Tho47]. Units[D’H44, Gre44]. Use [BA43, Wil44]. Used[Sta41]. Uses [BGP47]. Using [KC42].

Vacuum [BP49, Fay47, For46, Ske44].variate [Hoy47]. Various [JP46]. Vessels[TH46]. Vibration [McS44]. Video [AL49].Visual [SB41]. Volume [CGM40].

wall [KW47a]. Wave[Alb49, Eng44, MS40, Pie48b, Sta41, Ric48a,Ric48b, Ric49a, Ric49b]. Wave-Lengths[Eng44]. Waveguide[Bud48, Mum48, Pom47].Waveguide-Hybrid [Bud48]. Waves[Alb49, FHH46, LeC43, Loz47]. Width[FB49, GK44]. Wiped [SBP43]. Wiping[SP40]. Wire [Blo41, DM48, Lit41, Pad42,Sha44, SW41, Wil41b]. Wood [Leu46].Wood-Destroying [Leu46]. World[Dar41, SMG40].

X [Arm46, BA43]. X-Ray [Arm46]. X-Rays[BA43].

ReferencesAlsberg:1949:PDR

[AL49] D. A. Alsberg and D. Leed.A precise direct reading phaseand transmission measuring sys-tem for video frequencies. TheBell System Technical Journal, 28(2):221–238, April 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-

labs.com/BSTJ/images/Vol28/

bstj28-2-221.pdf; http://

www.alcatel-lucent.com/bstj/

vol28-1949/articles/bstj28-

2-221.pdf.

REFERENCES 7

Albersheim:1949:PTW

[Alb49] W. J. Albersheim. Propagation ofTE01 waves in curved wave guides.The Bell System Technical Jour-nal, 28(1):1–32, January 1949.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-


bstj28-1-1.pdf; http://www.

alcatel-lucent.com/bstj/vol28-

1949/articles/bstj28-1-1.pdf.

Anonymous:1940:ATAa

[Ano40a] Anonymous. Abstracts of tech-nical articles from Bell Sys-tem authors. The Bell Sys-tem Technical Journal, 19(1):156–158, January 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-156.pdf.

Anonymous:1940:ATAb

[Ano40b] Anonymous. Abstracts of techni-cal articles from Bell System au-thors. The Bell System TechnicalJournal, 19(3):489–491, July 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-489.pdf.

Anonymous:1940:ATAc

[Ano40c] Anonymous. Abstracts of tech-nical articles from Bell Sys-

tem authors. The Bell Sys-tem Technical Journal, 19(4):647–650, October 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-647.pdf.

Anonymous:1940:ATP

[Ano40d] Anonymous. Abstracts of techni-cal papers by Bell System authors.The Bell System Technical Jour-nal, 19(2):336–337, April 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-336.pdf.

Anonymous:1940:CIa

[Ano40e] Anonymous. Contributors tothis issue. The Bell Sys-tem Technical Journal, 19(1):159–160, January 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-159.pdf.

Anonymous:1940:CIb

[Ano40f] Anonymous. Contributors tothis issue. The Bell Sys-tem Technical Journal, 19(2):338–339, April 1940. CO-DEN BSTJAN. ISSN 0005-

REFERENCES 8

8580. URL http://bstj.bell-





2-338.pdf.

Anonymous:1940:CIc

[Ano40g] Anonymous. Contributors to thisissue. The Bell System TechnicalJournal, 19(3):492–493, July 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-492.pdf.

Anonymous:1940:CId

[Ano40h] Anonymous. Contributors to thisissue. The Bell System TechnicalJournal, 19(4):651, October 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-651.pdf.

Anonymous:1941:ATAa

[Ano41a] Anonymous. Abstracts oftechnical articles by Bell Sys-tem authors. The Bell Sys-tem Technical Journal, 20(1):125–128, January 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-125.pdf.

Anonymous:1941:ATAb

[Ano41b] Anonymous. Abstracts oftechnical articles by Bell Sys-tem authors. The Bell Sys-tem Technical Journal, 20(2):250–252, April 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-250.pdf.

Anonymous:1941:ATAd

[Ano41c] Anonymous. Abstracts oftechnical articles by Bell Sys-tem authors. The Bell Sys-tem Technical Journal, 20(4):439–441, October 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-439.pdf.

Anonymous:1941:ATAc

[Ano41d] Anonymous. Abstracts of techni-cal articles by Bell Systems au-thors. The Bell System TechnicalJournal, 20(3):359–363, July 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-359.pdf.

REFERENCES 9

Anonymous:1941:CIa






1-129.pdf.

Anonymous:1941:CIb

[Ano41f] Anonymous. Contributors tothis issue. The Bell Sys-tem Technical Journal, 20(2):253–254, April 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-253.pdf.

Anonymous:1941:CIc

[Ano41g] Anonymous. Contributors to thisissue. The Bell System Techni-cal Journal, 20(3):364, July 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-364.pdf.

Anonymous:1941:CId

[Ano41h] Anonymous. Contributors to thisissue. The Bell System TechnicalJournal, 20(4):442, October 1941.

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Anonymous:1942:ATA

[Ano42a] Anonymous. Abstracts of tech-nical articles by Bell System au-thors. The Bell System TechnicalJournal, 21(1):75–78, June 1942.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Anonymous:1942:CI

[Ano42b] Anonymous. Contributors to thisissue. The Bell System Techni-cal Journal, 21(1):79, June 1942.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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[Ano43b] Anonymous. Abstracts of tech-nical articles by Bell System au-thors. The Bell System TechnicalJournal, 22(2):266–267, July 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1943:CIa

[Ano43d] Anonymous. Contributors to thisissue. The Bell System TechnicalJournal, 22(1):143, January 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1943:CIb

[Ano43e] Anonymous. Contributors to thisissue. The Bell System Techni-cal Journal, 22(2):268, July 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-268.pdf.

Anonymous:1943:CIc

[Ano43f] Anonymous. Contributors to thisissue. The Bell System TechnicalJournal, 22(3):402, October 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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[Ano44b] Anonymous. Abstracts oftechnical articles by Bell Sys-tem authors. The Bell Sys-tem Technical Journal, 23(2):

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Anonymous:1944:ATAc

[Ano44c] Anonymous. Abstracts of tech-nical articles by Bell System au-thors. The Bell System TechnicalJournal, 23(3):333–335, July 1944.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1944:ATAd

[Ano44d] Anonymous. Abstracts oftechnical articles by Bell Sys-tem authors. The Bell Sys-tem Technical Journal, 23(4):458–459, October 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1944:CIa

[Ano44e] Anonymous. Contributors to thisissue. The Bell System TechnicalJournal, 23(1):133, January 1944.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1944:CIb

[Ano44f] Anonymous. Contributors to thisissue. The Bell System Techni-cal Journal, 23(2):206, April 1944.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1944:CIc

[Ano44g] Anonymous. Contributors to thisissue. The Bell System Techni-cal Journal, 23(3):336, July 1944.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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[Ano45c] Anonymous. Abstracts of tech-nical articles by Bell Systemauthors. The Bell SystemTechnical Journal, 24(3):462–466, July/October 1945. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1945:CIa

[Ano45d] Anonymous. Contributors to thisissue. The Bell System TechnicalJournal, 24(1):159, January 1945.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1945:CIb

[Ano45e] Anonymous. Contributors to thisissue. The Bell System Techni-cal Journal, 24(2):303, April 1945.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1945:CIc

[Ano45f] Anonymous. Contributors tothis issue. The Bell Sys-tem Technical Journal, 24(3):467, July/October 1945. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1946:ATAa

[Ano46a] Anonymous. Abstracts oftechnical articles by Bell Sys-tem authors. The Bell Sys-tem Technical Journal, 25(1):

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Anonymous:1946:ATAb

[Ano46b] Anonymous. Abstracts of tech-nical articles by Bell System au-thors. The Bell System TechnicalJournal, 25(3):532–536, July 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1946:CIa

[Ano46d] Anonymous. Contributors tothis issue. The Bell Sys-tem Technical Journal, 25(1):165–166, January 1946. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1946:CIb

[Ano46e] Anonymous. Contributors to thisissue. The Bell System Techni-cal Journal, 25(2):349, April 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1946:CIc

[Ano46f] Anonymous. Contributors to thisissue. The Bell System TechnicalJournal, 25(3):537–538, July 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1946:CId

[Ano46g] Anonymous. Contributors tothis issue. The Bell Sys-tem Technical Journal, 25(4):655–656, October 1946. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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[Ano47f] Anonymous. Contributors to thisissue. The Bell System Techni-cal Journal, 26(2):394, April 1947.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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Anonymous:1947:CIc

[Ano47g] Anonymous. Contributors to thisissue. The Bell System Techni-cal Journal, 26(3):691, July 1947.

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Anonymous:1949:ENR

[Ano49i] Anonymous. Editorial note re-garding semiconductors. TheBell System Technical Journal,28(3):335–343, July 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-335.pdf.

Armstrong:1946:XRS

[Arm46] Elizabeth J. Armstrong. X-raystudies of surface layers of crystals.The Bell System Technical Jour-nal, 25(1):136–155, January 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





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REFERENCES 18

Bond:1943:UXR

[BA43] W. L. Bond and E. J. Armstrong.Use of X-rays for determiningthe orientation of quartz crystals.The Bell System Technical Jour-nal, 22(3):293–337, October 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-293.pdf.

Baldwin:1940:SSS

[Bal40] Millard W. Baldwin, Jr. Thesubjective sharpness of simulatedtelevision images. The Bell Sys-tem Technical Journal, 19(4):563–586, October 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-563.pdf.

Bardeen:1949:TCI

[Bar49] J. Bardeen. On the theory of theA-C impedance of a contact rec-tifier. The Bell System TechnicalJournal, 28(3):428–434, July 1949.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-428.pdf.

Bardeen:1949:PPI

[BB49] J. Bardeen and W. H. Brat-tain. Physical principles in-volved in transistor action. TheBell System Technical Journal, 28(2):239–277, April 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-239.pdf.

Bennett:1940:CMR

[Ben40] W. R. Bennett. Cross-modulationrequirements on multichannel am-plifiers below overload. The BellSystem Technical Journal, 19(4):587–610, October 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-587.pdf.

Bennett:1941:TDM

[Ben41] W. R. Bennett. Time divi-sion multiplex systems. TheBell System Technical Journal, 20(2):199–221, April 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-199.pdf.

REFERENCES 19

Bennett:1944:RLR

[Ben44] W. R. Bennett. Response of a lin-ear rectifier to signal and noise.The Bell System Technical Jour-nal, 23(1):97–113, January 1944.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Bennett:1947:BIR

[Ben47] W. R. Bennett. The biasedideal rectifier. The Bell Sys-tem Technical Journal, 26(1):139–169, January 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-139.pdf.

Bennett:1948:SQS

[Ben48] W. R. Bennett. Spectra ofquantized signals. The BellSystem Technical Journal, 27(3):446–472, July 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-446.pdf.

Becker:1947:PUT

[BGP47] J. A. Becker, C. B. Green, andG. L. Pearson. Properties anduses of thermistors–thermally sen-

sitive resistors. The Bell Sys-tem Technical Journal, 26(1):170–212, January 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-170.pdf.

Blanchard:1941:HER

[Bla41] Julian Blanchard. The historyof electrical resonance. The BellSystem Technical Journal, 20(4):415–433, October 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-415.pdf.

Blackman:1943:EFI

[Bla43] R. B. Blackman. Effect of feed-back on impedance. The BellSystem Technical Journal, 22(3):269–277, October 1943. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-269.pdf.

Blount:1941:DON

[Blo41] H. Blount. Design and opera-tion of new copper wire draw-ing plant: Part I — design andoperation of high speed copperwire drawing machines. The

REFERENCES 20

Bell System Technical Journal, 20(1):95–110, January 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Booth:1940:CBC

[BO40] R. P. Booth and T. M. Odarenko.Crosstalk between coaxial con-ductors in cable. The BellSystem Technical Journal, 19(3):358–384, July 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-358.pdf.

Bode:1940:RBA

[Bod40] H. W. Bode. Relations be-tween attenuation and phase infeedback amplifier design. TheBell System Technical Journal,19(3):421–454, July 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-421.pdf.

Bond:1943:MSQ

[Bon43a] W. L. Bond. Methods for spec-ifying quartz crystal orientationand their determination by opticalmeans. The Bell System TechnicalJournal, 22(2):224–262, July 1943.






2-224.pdf.

Bond:1943:MSP

[Bon43b] W. L. Bond. A mineral sur-vey for piezo-electric materials.The Bell System Technical Jour-nal, 22(2):145–152, July 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-145.pdf.

Bond:1943:MPP

[Bon43c] Walter L. Bond. The mathematicsof physical properties of crystals.The Bell System Technical Jour-nal, 22(1):1–72, January 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Bozorth:1940:PBF

[Boz40] R. M. Bozorth. The physicalbasis of ferromagnetism. TheBell System Technical Journal,19(1):1–39, January 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-



REFERENCES 21



Bennett:1949:EFV

[BP49] W. R. Bennett and L. C. Pe-terson. The electrostatic fieldin vacuum tubes with arbitrar-ily spaced elements. The BellSystem Technical Journal, 28(2):303–314, April 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-303.pdf.

Brogle:1949:DRE

[Bro49] A. P. Brogle, Jr. The designof reactive equilizers. The BellSystem Technical Journal, 28(4):716–750, October 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-716.pdf.

Buckley:1942:FTT

[Buc42] Oliver E. Buckley. The futureof transoceanic telephony. TheBell System Technical Journal,21(1):1–19, June 1942. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Budenbom:1948:APW

[Bud48] H. T. Budenbom. Analysis andperformance of waveguide-hybridrings for microwaves. The BellSystem Technical Journal, 27(3):473–486, July 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-473.pdf.

Burns:1940:MQC

[Bur40] G. K. Burns. Manufacture ofquartz crystal filters. The BellSystem Technical Journal, 19(4):516–532, October 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-516.pdf.

Chinn:1940:NSV

[CGM40] H. A. Chinn, D. K. Gannett, andR. M. Morris. A new standard vol-ume indicator and reference level.The Bell System Technical Jour-nal, 19(1):94–137, January 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Clarke:1946:SNE

[Cla46] J. L. Clarke. Some novel ex-pressions for the propagation con-

REFERENCES 22

stant of a uniform line. TheBell System Technical Journal, 25(1):156–157, January 1946. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-156.pdf.

Clos:1948:ADB

[Clo48] Charles Clos. An aspect of thedialing behavior of subscribersand its effect on the trunk plant.The Bell System Technical Jour-nal, 27(3):424–445, July 1948.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-424.pdf.

Cowan:1941:ERP

[CML41] F. A. Cowan, R. G. McCurdy,and I. E. Lattimer. Engineer-ing requirements for programtransmission circuits. The BellSystem Technical Journal, 20(2):235–249, April 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-235.pdf.

Curtis:1940:CPT

[Cur40] A. M. Curtis. Contact phenomenain telephone switching circuits.

The Bell System Technical Jour-nal, 19(1):40–62, January 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Darrow:1940:AI

[Dar40a] Karl K. Darrow. Analysisof the ionosphere. The BellSystem Technical Journal, 19(3):455–488, July 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-455.pdf.

Darrow:1940:NF

[Dar40b] Karl K. Darrow. Nuclear fission.The Bell System Technical Jour-nal, 19(2):267–289, April 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-267.pdf.

Darrow:1941:FAW

[Dar41] Karl K. Darrow. Forces andatoms: The world of the physi-cist. The Bell System TechnicalJournal, 20(3):340–358, July 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-



REFERENCES 23



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Darrow:1942:E

[Dar42] Karl K. Darrow. Entropy. TheBell System Technical Journal,21(1):51–74, June 1942. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Darrow:1943:MCS

[Dar43a] Karl K. Darrow. Memorial tothe classical statistics. The BellSystem Technical Journal, 22(1):108–135, January 1943. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-108.pdf.

Darrow:1943:NSM

[Dar43b] Karl K. Darrow. The new sta-tistical mechanics. The BellSystem Technical Journal, 22(3):362–392, October 1943. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-362.pdf.

Dennis:1949:RTM

[DF49] F. R. Dennis and E. P. Felch.Reactance tube modulation ofphase shift oscillators. The BellSystem Technical Journal, 28(4):601–607, October 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-601.pdf.

DHeedene:1944:EMD

[D’H44] A. R. D’Heedene. Effects ofmanufacturing deviations on crys-tal units for filters. The BellSystem Technical Journal, 23(3):260–281, July 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-260.pdf.

Davey:1948:FST

[DM48] J. R. Davey and A. L. Matte.Frequency shift telegraphy – ra-dio and wire applications. TheBell System Technical Journal, 27(2):265–304, April 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-265.pdf.

REFERENCES 24

Dodge:1941:SSD

[DR41] H. F. Dodge and H. G. Romig.Single sampling and double in-spection tables. The Bell Sys-tem Technical Journal, 20(1):1–61, January 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Dagnall:1949:DEE

[DR49] C. H. Dagnall and P. W. Rounds.Delay equalization of eight-kilocycle carrier program circuits.The Bell System Technical Jour-nal, 28(2):181–195, April 1949.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-181.pdf.

Dudley:1940:CNS

[Dud40] Homer Dudley. The carrier na-ture of speech. The Bell Sys-tem Technical Journal, 19(4):495–515, October 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-495.pdf.

Edson:1945:IBO

[Eds45] W. A. Edson. Intermittent be-havior in oscillators. The Bell

System Technical Journal, 24(1):1–22, January 1945. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Eggleston:1945:ERB

[Egg45] Richard C. Eggleston. Evaluat-ing the relative bending strengthof crossarms. The Bell Sys-tem Technical Journal, 24(1):23–45, January 1945. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Englund:1944:DCP

[Eng44] Carl R. Englund. Dielectric con-stants and power factors at cen-timeter wave-lengths. The BellSystem Technical Journal, 23(1):114–129, January 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-114.pdf.

Fair:1945:PCO

[Fai45] I. E. Fair. Piezoelectric crys-tals in oscillator circuits. TheBell System Technical Journal, 24(2):161–216, April 1945. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-

REFERENCES 25





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Fay:1947:HVO

[Fay47] C. E. Fay. High-vacuum oxide-cathode pulse modulator tubes.The Bell System Technical Jour-nal, 26(4):818–836, October 1947.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-818.pdf.

Feldman:1949:BWT

[FB49] C. B. Feldman and W. R. Ben-nett. Band width and trans-mission performance. The BellSystem Technical Journal, 28(3):490–595, July 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-490.pdf.

Fisk:1946:MGC

[FHH46] J. B. Fisk, H. D. Hagstrum, andP. L. Hartman. The magnetron asa generator of centimeter waves.The Bell System Technical Jour-nal, 25(2):167–348, April 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-167.pdf.

Farkas:1949:BPF

[FHS49] F. S. Farkas, F. J. Hallenbeck,and F. E. Stehlik. Band pass fil-ter, band elimination filter andphase simulating network for car-rier program systems. The BellSystem Technical Journal, 28(2):196–220, April 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-196.pdf.

Friis:1947:RA

[FL47] H. T. Friis and W. D. Lewis.Radar antennas. The Bell Sys-tem Technical Journal, 26(2):219–317, April 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-219.pdf.

Ford:1946:CVT

[For46] G. T. Ford. Characteristics ofvacuum tubes for radar interme-diate frequency amplifiers. TheBell System Technical Journal,25(3):385–407, July 1946. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-



REFERENCES 26



3-385.pdf.

Friis:1948:MRR

[Fri48] H. T. Friis. Microwave re-peater research. The Bell Sys-tem Technical Journal, 27(2):183–246, April 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-183.pdf.

Fry:1941:IM

[Fry41] Thornton C. Fry. Industrialmathematics. The Bell Sys-tem Technical Journal, 20(3):255–292, July 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-255.pdf.

Fuller:1946:SRC

[Ful46] C. S. Fuller. Some recent con-tributions to synthetic rubber re-search. The Bell System TechnicalJournal, 25(3):351–384, July 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-351.pdf.

Green:1946:TFM

[GFF46] E. I. Green, H. J. Fisher, andJ. G. Ferguson. Techniques andfacilities for microwave radar test-ing. The Bell System TechnicalJournal, 25(3):435–482, July 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-435.pdf.

Goucher:1946:SGS

[GHDR46] F. S. Goucher, J. R. Haynes,W. A. Depp, and E. J. Ryder.Spark gap switches for radar.The Bell System Technical Jour-nal, 25(4):563–602, October 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-563.pdf.

Gannett:1944:DCP

[GK44] D. K. Gannett and Iden Ker-ney. The discernibility of changesin program band width. TheBell System Technical Journal,23(1):1–10, January 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





REFERENCES 27

Goodall:1947:TPC

[Goo47] W. M. Goodall. Telephony bypulse code modulation. TheBell System Technical Journal,26(3):395–409, July 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-395.pdf.

Gould:1940:CCC

[Gou40] K. E. Gould. Crosstalk in coax-ial cables — analysis based onshort-circuited and open tertiaries.The Bell System Technical Jour-nal, 19(3):341–357, July 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-341.pdf.

Graham:1946:LST

[Gra46] Robert E. Graham. Linearservo theory. The Bell Sys-tem Technical Journal, 25(4):616–651, October 1946. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-616.pdf.

Greenidge:1944:MFP

[Gre44] R. M. C. Greenidge. The mount-ing and fabrication of plated

quartz crystal units. The BellSystem Technical Journal, 23(3):234–259, July 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-234.pdf.

Germer:1940:TDI

[GS40] L. H. Germer and K. H. Storks.Technical digests: An interestingapplication of electron diffraction.The Bell System Technical Jour-nal, 19(1):152–155, January 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-152.pdf.

Gray:1948:ASL

[GS48] Marion C. Gray and S. A.Schelkunoff. The approxi-mate solution of linear differen-tial equations. The Bell Sys-tem Technical Journal, 27(2):350–364, April 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-350.pdf.

Hartley:1941:SSD

[Har41] R. V. L. Hartley. Steady state de-lay as related to aperiodic signals.

REFERENCES 28

The Bell System Technical Jour-nal, 20(2):222–234, April 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-222.pdf.

Harrison:1945:MPI

[Har45] C. W. Harrison. The mea-surement of the performance in-dex of quartz plates. The BellSystem Technical Journal, 24(2):217–252, April 1945. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-217.pdf.

Hebbert:1941:TCT

[Heb41] C. M. Hebbert. The transmis-sion characteristics of toll tele-phone cables at carrier frequen-cies. The Bell System TechnicalJournal, 20(3):293–330, July 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-293.pdf.

Heising:1940:REL

[Hei40] R. A. Heising. Radio extensionlinks to the telephone system.The Bell System Technical Jour-nal, 19(4):611–646, October 1940.






4-611.pdf.

Herring:1949:TTP

[Her49] Conyers Herring. Theory of tran-sient phenomena in the transportof holes in an excess semiconduc-tor. The Bell System TechnicalJournal, 28(3):401–427, July 1949.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-401.pdf.

Hollenberg:1949:EOA

[Hol49] A. V. Hollenberg. Experimen-tal observation of amplificationby interaction between two elec-tron streams. The Bell Sys-tem Technical Journal, 28(1):52–58, January 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Hoyt:1947:PFM

[Hoy47] Ray S. Hoyt. Probability func-tions for the modulus and angleof the normal complex variate.The Bell System Technical Jour-nal, 26(2):318–359, April 1947.CODEN BSTJAN. ISSN 0005-

REFERENCES 29

8580. URL http://bstj.bell-





2-318.pdf.

Johnson:1946:DT

[Joh46] K. S. Johnson. Decibel tables.The Bell System Technical Jour-nal, 25(1):158, January 1946. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-158.pdf.

Jones:1946:PCV

[JP46] T. A. Jones and K. W. Pfleger.Performance characteristics of var-ious carrier telegraph methods.The Bell System Technical Jour-nal, 25(3):483–531, July 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-483.pdf.

Keeling:1942:UDS

[KC42] D. B. Keeling and L. E. Cisne.Using double sampling inspec-tion in a manufacturing plant.The Bell System Technical Jour-nal, 21(1):37–50, June 1942. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Kock:1948:MDL

[Koc48] Winston E. Kock. Metallicdelay lenses. The Bell Sys-tem Technical Journal, 27(1):58–82, January 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Kinzer:1947:EPS

[KW47a] J. P. Kinzer and I. G. Wil-son. End plate and side wallcurrents in circular cylinder cav-ity resonator. The Bell Sys-tem Technical Journal, 26(1):31–79 (1 plate), January 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Kinzer:1947:SRC

[KW47b] J. P. Kinzer and I. G. Wilson.Some results on cylindrical cav-ity resonators. The Bell Sys-tem Technical Journal, 26(3):410–445 (1 plate), July 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-410.pdf.

REFERENCES 30

LeCorbeiller:1943:EWR

[LeC43] P. LeCorbeiller. Electromag-netic waves: Review of S. A.Schelkunoff’s book. The BellSystem Technical Journal, 22(3):393–396, October 1943. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-393.pdf.

Leutritz:1946:WSC

[Leu46] John Leutritz, Jr. A woodsoil contact culture techniquefor laboratory study of wood-destroying fungi, wood decay andwood preservation. The BellSystem Technical Journal, 25(1):102–135, January 1946. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-102.pdf.

Legg:1940:CPM

[LG40] V. E. Legg and F. J. Given.Compressed powered molybde-num permalloy for high qual-ity inductance coils. The BellSystem Technical Journal, 19(3):385–406, July 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-385.pdf.

Little:1941:ITW

[Lit41] J. S. Little. Insulation of tele-phone wire with paper pulp. TheBell System Technical Journal, 20(1):82–94, January 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Lozier:1947:SAP

[Loz47] J. C. Lozier. Spectrum anal-ysis of pulse modulated waves.The Bell System Technical Jour-nal, 26(2):360–387, April 1947.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-360.pdf.

Leconte:1949:CSC

[LPSW49] R. A. Leconte, D. B. Penick,C. W. Schramm, and A. J. Wier.A carrier system for 8000-cycleprogram transmission. The BellSystem Technical Journal, 28(2):165–180, April 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-165.pdf.

REFERENCES 31

Lewis:1948:NRB

[LT48] W. D. Lewis and L. C. Tillot-son. A non-reflecting branch-ing filter for microwaves. TheBell System Technical Journal, 27(1):83–95, January 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





MacColl:1943:FEE

[Mac43] L. A. MacColl. The fundamen-tal equations of electron motion.Dynamics of high speed parti-cles. The Bell System TechnicalJournal, 22(2):153–177, July 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-153.pdf.

Marrison:1948:EQC

[Mar48] Warren A. Marrison. The evolu-tion of the quartz crystal clock.The Bell System Technical Jour-nal, 27(3):510–588, July 1948.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-510.pdf.

Mason:1940:LTC

[Mas40] W. P. Mason. Low tempera-ture coefficient quartz crystals.






Mason:1941:EMA

[Mas41] W. P. Mason. Electrical andmechanical analogies. The BellSystem Technical Journal, 20(4):405–414, October 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-405.pdf.

Mason:1943:QCA

[Mas43] W. P. Mason. Quartz crys-tal applications. The BellSystem Technical Journal, 22(2):178–223, July 1943. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-178.pdf.

Mason:1947:FSO

[Mas47] W. P. Mason. First and secondorder equations for piezoelectriccrystals expressed in tensor form.The Bell System Technical Jour-nal, 26(1):80–138, January 1947.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-

REFERENCES 32





Matte:1940:ACT

[Mat40] A. L. Matte. Advances in car-rier telegraph transmission. TheBell System Technical Journal, 19(2):161–208, April 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-161.pdf.

McSkimin:1944:TAM

[McS44] H. J. McSkimin. Theoreticalanalysis of modes of vibrationfor isotropic rectangular plateshaving all surfaces free. TheBell System Technical Journal, 23(2):151–177, April 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-151.pdf.

Mindlin:1945:DPC

[Min45] Raymond D. Mindlin. Dynam-ics of package cushioning. TheBell System Technical Journal, 24(3):353–461, July/October 1945.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-353.pdf.

Morrison:1947:RR

[Mor47] L. W. Morrison, Jr. Theradar receiver. The Bell Sys-tem Technical Journal, 26(4):693–817, October 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-693.pdf.

Mott:1944:IRT

[Mot44] E. E. Mott. Indicial responseof telephone receivers. The BellSystem Technical Journal, 23(2):135–150, April 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-135.pdf.

Meacham:1948:EMP

[MP48] L. A. Meacham and E. Peter-son. An experimental multichan-nel pulse code modulation sys-tem of toll quality. The BellSystem Technical Journal, 27(1):1–43, January 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





REFERENCES 33

Mason:1940:EWF

[MS40] W. P. Mason and R. A. Sykes.Electrical wave filters employ-ing crystals with normal anddivided electrodes. The BellSystem Technical Journal, 19(2):221–248, April 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-221.pdf.

Mueller:1947:PA

[MT47] G. E. Mueller and W. A. Tyrrell.Polyrod antennas. The Bell Sys-tem Technical Journal, 26(4):837–851, October 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-837.pdf.

Muller:1948:TMS

[Mul48] J. T. Muller. Transients in me-chanical systems. The Bell Sys-tem Technical Journal, 27(4):657–683, October 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-657.pdf.

Mumford:1948:MFF

[Mum48] W. W. Mumford. Maximally-flat filters in waveguide. TheBell System Technical Journal, 27(4):684–713, October 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-684.pdf.

Mumford:1949:BBM

[Mum49] W. W. Mumford. A broad-bandmicrowave noise source. The BellSystem Technical Journal, 28(4):608–618, October 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-608.pdf.

Nyquist:1940:EQC

[NP40] H. Nyquist and K. W. Pfleger. Ef-fect of the quadrature componentin single sideband transmission.The Bell System Technical Jour-nal, 19(1):63–73, January 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Padowicz:1942:DDH

[Pad42] H. N. Padowicz. Diamond diesfor high-speed drawing of copper

REFERENCES 34

wire. The Bell System TechnicalJournal, 21(1):20–36, June 1942.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Peterson:1946:CPR

[Pet46] E. Peterson. Coil pulsers for radar.The Bell System Technical Jour-nal, 25(4):603–615, October 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-603.pdf.

Peterson:1948:ECL

[Pet48] Liss C. Peterson. Equivalentcircuits of linear active four-terminal networks. The BellSystem Technical Journal, 27(4):593–622, October 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-593.pdf.

Pierce:1949:NTH

[PH49] J. R. Pierce and W. B. Heben-streit. A new type of high-frequency amplifier. The BellSystem Technical Journal, 28(1):33–51, January 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Pierce:1943:NTL

[Pie43] J. R. Pierce. A note on thetransmission line equation interms of impedance. The BellSystem Technical Journal, 22(2):263–265, July 1943. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-263.pdf.

Pierce:1945:PLE

[Pie45] J. R. Pierce. Physical limita-tions in electron ballistics. TheBell System Technical Journal, 24(3):305–321, July/October 1945.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-305.pdf.

Pierce:1948:NRE

[Pie48a] J. R. Pierce. Noise in resis-tances and electron streams. TheBell System Technical Journal, 27(1):158–174, January 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-




REFERENCES 35


1-158.pdf.

Pierce:1948:TFT

[Pie48b] J. R. Pierce. Transverse fields intraveling-wave tubes. The BellSystem Technical Journal, 27(4):732–746, October 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-732.pdf.

Polkinghorn:1940:SSM

[Pol40] F. A. Polkinghorn. A single side-band musa receiving system forcommercial operation on transat-lantic radio telephone circuits.The Bell System Technical Jour-nal, 19(2):306–335, April 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-306.pdf.

Pomeroy:1947:PMI

[Pom47] Allen F. Pomeroy. Precisionmeasurement of impedance mis-matches in waveguide. TheBell System Technical Journal,26(3):446–459, July 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-446.pdf.

Pierce:1947:RO

[PS47] J. R. Pierce and W. G. Shep-herd. Reflex oscillators. TheBell System Technical Journal,26(3):460–681, July 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-460.pdf.

Rappleye:1946:SDE

[Rap46] S. C. Rappleye. A study of thedelays encountered by toll oper-ators in obtaining an idle trunk.The Bell System Technical Jour-nal, 25(4):539–562, October 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-539.pdf.

Rea:1944:ETD

[Rea44] W. T. Rea. Effect of telegraphdistortion on the margins of op-eration of start-stop receivers.The Bell System Technical Jour-nal, 23(3):207–233, July 1944.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-207.pdf.

REFERENCES 36

Rice:1941:SSS

[Ric41] S. O. Rice. Steady state solutionsof transmission line equations.The Bell System Technical Jour-nal, 20(2):131–178, April 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-131.pdf.

Rice:1944:MAR

[Ric44] S. O. Rice. Mathematical anal-ysis of random noise. The BellSystem Technical Journal, 23(3):282–332, July 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-282.pdf.

Rice:1945:MAR

[Ric45] S. O. Rice. Mathematical anal-ysis of random noise. The BellSystem Technical Journal, 24(1):46–156, January 1945. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Rice:1948:RCB

[Ric48a] S. O. Rice. Reflections from cir-cular bends in rectangular waveguides. Matrix theory. The Bell

System Technical Journal, 27(2):305–349, April 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-305.pdf.

Rice:1948:SPS

[Ric48b] S. O. Rice. Statistical propertiesof a sine wave plus random noise.The Bell System Technical Jour-nal, 27(1):109–157, January 1948.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-109.pdf.

Rice:1949:RCR

[Ric49a] S. O. Rice. Reflection from cor-ners in rectangular wave guides—conformal transformation. TheBell System Technical Journal, 28(1):104–135, January 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-104.pdf.

Rice:1949:SSO

[Ric49b] S. O. Rice. A set of second-order differential equations asso-ciated with reflections in rectan-gular wave guides application toguide connected to horn. The

REFERENCES 37

Bell System Technical Journal, 28(1):136–156, January 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-136.pdf.

Rideout:1948:NPT

[Rid48] V. C. Rideout. A note on parallel-tuned transformer design. TheBell System Technical Journal, 27(1):96–108, January 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Ring:1948:MDD

[Rin48] D. H. Ring. The measure-ment of delay distortion in mi-crowave repeaters. The BellSystem Technical Journal, 27(2):247–264, April 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-247.pdf.

Ryder:1949:SCA

[RK49] R. M. Ryder and R. J. Kircher.Some circuit aspects of the tran-sistor. The Bell System TechnicalJournal, 28(3):367–400, July 1949.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-367.pdf.

Robertson:1947:TMR

[Rob47] Sloan D. Robertson. Targetsfor microwave radar navigation.The Bell System Technical Jour-nal, 26(4):852–869, October 1947.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-852.pdf.

Robertson:1949:EAP

[Rob49a] Sloan D. Robertson. Electronicadmittances of parallel-plane elec-tron tubes at 4000 megacycles.The Bell System Technical Jour-nal, 28(4):619–646, October 1949.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-619.pdf.

Robertson:1949:MMP

[Rob49b] Sloan D. Robertson. A methodof measuring phase at microwavefrequencies. The Bell Sys-tem Technical Journal, 28(1):99–103, January 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-



REFERENCES 38



Robertson:1949:PFP

[Rob49c] Sloan D. Robertson. Passivefour-pole admittances of mi-crowave triodes. The Bell Sys-tem Technical Journal, 28(4):647–655, October 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-647.pdf.

Samuel:1945:EBH

[Sam45] A. L. Samuel. Electron ballis-tics in high-frequency fields. TheBell System Technical Journal, 24(3):322–352, July/October 1945.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-322.pdf.

Schumacher:1941:RVT

[SB41] Earle E. Schumacher and G. M.Bouton. A rapid visual testfor the quantitative determina-tion of small concentrations ofcalcium in lead. The Bell Sys-tem Technical Journal, 20(4):434–438, October 1941. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-434.pdf.

Schumacher:1943:MFW

[SBP43] E. E. Schumacher, G. M. Bouton,and G. S. Phipps. The metallurgyof fillet wiped soldered joints.The Bell System Technical Jour-nal, 22(1):73–79, January 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Schelkunoff:1943:MTL

[Sch43] S. A. Schelkunoff. A mathe-matical theory of linear arrays.The Bell System Technical Jour-nal, 22(1):80–107, January 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Schelkunoff:1948:MEF

[Sch48] S. A. Schelkunoff. Methods of elec-tromagnetic field analysis. TheBell System Technical Journal,27(3):487–509, July 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-487.pdf.

REFERENCES 39

Samuel:1946:GDT

[SCM46] A. L. Samuel, J. W. Clark, andW. W. Mumford. The gas-discharge transmit-receive switch.The Bell System Technical Jour-nal, 25(1):48–101, January 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Schumacher:1940:MMT

[SE40] Earle E. Schumacher and W. C.Ellis. Metallic materials in thetelephone system. The Bell Sys-tem Technical Journal, 19(1):138–151, January 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-138.pdf.

Sears:1948:EBD

[Sea48] R. W. Sears. Electron beamdeflection tube for pulse codemodulation. The Bell Sys-tem Technical Journal, 27(1):44–57, January 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Shaw:1944:CDW

[Sha44] Thomas Shaw. The conquestof distance by wire telephony.

The Bell System Technical Jour-nal, 23(4):337–421, October 1944.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-337.pdf.

Shannon:1945:MTC

[Sha45] Claude Shannon. A mathematicaltheory of cryptography. Classifiedreport, Bell Laboratories, MurrayHill, NJ, USA, September 1, 1945.

Shannon:1948:MTCa

[Sha48a] C. E. Shannon. A mathemat-ical theory of communication.The Bell System Technical Jour-nal, 27(3):379–423, July 1948.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-379.pdf.

Shannon:1948:MTCb

[Sha48b] C. E. Shannon. A mathemat-ical theory of communication.The Bell System Technical Jour-nal, 27(4):623–656, October 1948.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-623.pdf.

REFERENCES 40

Shannon:1949:CTS

[Sha49a] Claude E. Shannon. Commu-nication theory of secrecy sys-tems. The Bell System Techni-cal Journal, 28(4):656–715, Oc-tober 1949. CODEN BSTJAN.ISSN 0005-8580. URL http://en.

wikipedia.org/wiki/Communication_

Theory_of_Secrecy_Systems;

http://www.alcatel-lucent.com/

bstj/vol28-1949/articles/bstj28-

4-656.pdf; http://www.cs.

ucla.edu/~jkong/research/security/

shannon1949.pdf. A footnote onthe initial page says: “The ma-terial in this paper appeared ina confidential report, ‘A Mathe-matical Theory of Cryptography’,dated Sept. 1, 1945 ([Sha45]),which has now been declassified.”.

Shannon:1949:STT

[Sha49b] Claude E. Shannon. The synthesisof two terminal switching circuits.The Bell System Technical Jour-nal, 28(1):59–98, January 1949.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Shockley:1949:TPJ

[Sho49] W. Shockley. The theory of p–njunctions in semiconductors andp–n junction transistors. TheBell System Technical Journal,28(3):435–489, July 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-435.pdf.

Skellett:1940:CIO

[Ske40] A. M. Skellett. The Coron-aviser, an instrument for observingthe solar corona in full sunlight.The Bell System Technical Jour-nal, 19(2):249–261, April 1940.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-249.pdf.

Skellett:1944:MFR

[Ske44] A. M. Skellett. The magneticallyfocused radial beam vacuum tube.The Bell System Technical Jour-nal, 23(2):190–202, April 1944.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-190.pdf.

Slonczewski:1940:HAH

[Slo40] T. Slonczewski. High accu-racy heterodyne oscillators. TheBell System Technical Journal,19(3):407–420, July 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-407.pdf.

REFERENCES 41

Slonczewski:1949:TCE

[Slo49] T. Slonczewski. Transconduc-tance as a criterion of electrontube performance. The BellSystem Technical Journal, 28(2):315–328, April 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-315.pdf.

Steinberg:1940:RWF

[SMG40] J. C. Steinberg, H. C. Mont-gomery, and M. B. Gardner.Results of the World’s Fairhearing tests. The Bell Sys-tem Technical Journal, 19(4):533–562, October 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-533.pdf.

Scaff:1947:DSC

[SO47] J. H. Scaff and R. S. Ohl. De-velopment of silicon crystal recti-fiers for microwave radar receivers.The Bell System Technical Jour-nal, 26(1):1–30, January 1947.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Schumacher:1940:LTA

[SP40] Earle E. Schumacher and G. S.Phipps. Lead–tin–arsenic wip-ing solder. The Bell Sys-tem Technical Journal, 19(2):262–266, April 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-262.pdf.

Shockley:1949:HIG

[SPH49] W. Shockley, G. L. Pearson, andJ. R. Haynes. Hole injection ingermanium — quantitative stud-ies and filamentary transistors.The Bell System Technical Jour-nal, 28(3):344–366, July 1949.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-344.pdf.

Schumacher:1944:SAP

[SS44] Earle E. Schumacher and Alexan-der G. Souden. Some aspectsof powder metallurgy. The BellSystem Technical Journal, 23(4):422–457, October 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-422.pdf.

REFERENCES 42

Stansel:1941:SAW

[Sta41] F. R. Stansel. Some analyses ofwave shapes used in harmonic pro-ducers. The Bell System TechnicalJournal, 20(3):331–339, July 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-331.pdf.

Sunde:1945:LPB

[Sun45] E. D. Sunde. Lightning protec-tion of buried toll cable. TheBell System Technical Journal, 24(2):253–300, April 1945. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-253.pdf.

Strieby:1941:TTW

[SW41] M. E. Strieby and J. F. Wentz.Television transmission over wirelines. The Bell System Techni-cal Journal, 20(1):62–81, January1941. CODEN BSTJAN. ISSN0005-8580. URL http://bstj.

bell-labs.com/BSTJ/images/Vol20/




Sykes:1944:MMQ

[Syk44a] R. A. Sykes. Modes of motionin quartz crystals, the effects ofcoupling and methods of design.






Sykes:1944:PMQ

[Syk44b] R. A. Sykes. Principles of mount-ing quartz plates. The BellSystem Technical Journal, 23(2):178–189, April 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-178.pdf.

Tinus:1946:EFC

[TH46] W. C. Tinus and W. H. C. Hig-gins. Early fire-control radarsfor naval vessels. The BellSystem Technical Journal, 25(1):1–47, January 1946. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Thomas:1947:TPA

[Tho47] D. E. Thomas. Tables of phase as-sociated with a semi-infinite unitslope of attenuation. The BellSystem Technical Journal, 26(4):870–899, October 1947. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-

REFERENCES 43





4-870.pdf.

Trueblood:1949:LCO

[TS49] H. M. Trueblood and E. D.Sunde. Lightning current ob-servations in buried cable. TheBell System Technical Journal, 28(2):278–302, April 1949. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-278.pdf.

Vaage:1940:SFT

[Vaa40] E. F. Vaage. A solution forfaults at two locations in three-phase power systems. The BellSystem Technical Journal, 19(2):290–305, April 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-290.pdf.

VanWynen:1943:DTT

[Van43] K. G. VanWynen. Design oftwo-terminal balancing networks.The Bell System Technical Jour-nal, 22(3):278–292, October 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-278.pdf.

Wade:1940:EDT

[Wad40] L. G. Wade. Electrical dry-ing of telephone cable. TheBell System Technical Journal, 19(2):209–220, April 1940. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-209.pdf.

Werring:1941:EPD

[Wer41] W. W. Werring. Engineering prob-lems in dimensions and tolerances.The Bell System Technical Jour-nal, 20(2):179–198, April 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-179.pdf.

Wilkinson:1941:RHT

[Wil41a] Roger I. Wilkinson. The reliabil-ity of holding time measurements.The Bell System Technical Jour-nal, 20(4):365–404, October 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-365.pdf.

REFERENCES 44

Wiltrakis:1941:DON

[Wil41b] J. E. Wiltrakis. Design and op-eration of new copper wire draw-ing plant: Part II — equippingand operating the new wire mill.The Bell System Technical Jour-nal, 20(1):111–124, January 1941.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





1-111.pdf.

Willard:1943:RQI

[Wil43] G. W. Willard. Raw quartz,its imperfections and inspection.The Bell System Technical Jour-nal, 22(3):338–361, October 1943.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-338.pdf.

Willard:1944:UET

[Wil44] G. W. Willard. Use of theetch technique for determin-ing orientation and twinning inquartz crystals. The Bell Sys-tem Technical Journal, 23(1):11–51, January 1944. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





Wise:1948:PCG

[Wis48] W. Howard Wise. Potential coef-ficients for ground return circuits.The Bell System Technical Jour-nal, 27(2):365–371, April 1948.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





2-365.pdf.

Wilson:1946:HQR

[WSK46] I. G. Wilson, C. W. Schramm,and J. P. Kinzer. High Q reso-nant cavities for microwave test-ing. The Bell System TechnicalJournal, 25(3):408–434, July 1946.CODEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





3-408.pdf.

Zinn:1948:TRF

[Zin48] Manvel K. Zinn. Transient re-sponse of an FM receiver. TheBell System Technical Journal, 27(4):714–731, October 1948. CO-DEN BSTJAN. ISSN 0005-8580. URL http://bstj.bell-





4-714.pdf.

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