Optical Design and Engineering -...

Optical Designand Engineering

P U B L I C A T I O N S

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F A L L 2 0 0 7 C A T A L O G

SPIE provides a variety of publishing opportunities for academic andindustry professionals in optical design and engineering. The SPIE Bookstore,on SPIE.org, offers a conduit to the wide array of content published in yourfield and beyond.

Cover photos: Robert E. Fischer and Donald O’Shea.

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Order online: spie.org/optics or call: +1 360 676 3290

Photon Transfer: DN➞λby James R. Janesick

PM170Aug. 2007256 pagesSoftcoverISBN: 9780819467225

SPIE Member $46List Price $56

P hoton Transfer is designed for a wideaudience—from the novice to the

advanced user already familiar with themethod. For first-time users, the book’sprimary purpose is to give sufficient guidelinesto accurately generate, calibrate, andunderstand imaging data products through thephoton transfer method.

The book contains more than 230 figures thatpresent experimental CCD and CMOS dataproducts and modeling simulations connectedto photon transfer. Contents also providehundreds of relations that support photontransfer theory, simulations, and data.

Optical System Design, Second Editionby Robert E. Fischer, Biljana Tadic-Galeb, Paul R. Yoder, Jr.

PM176est. Dec. 2007est. 624 pagesHardcoverISBN: 9780819467850


An update to the classic 2000 text, thisbook is written to teach optical design and

engineering in a fully unintimidating way usingclear and easy-to-understand graphics andexplanations. This book is for everyone fromprogram managers to seasoned opticaldesigners and engineers, mechanicalengineers, and electrical engineers.Copublished with McGraw-Hill.

Advanced Optics Using Aspherical ElementsEditors: Bernhard Braunecker, Rudiger Hentschel, Hans J. Tiziani

Modern optical systems rely on leading-edge production technologies, especially

when using aspherical optical elements. Dueto the inherent complexity of aspheres, allefforts to push the technological limits arerisky. Thus, to minimize risk, clear decisionsbased on a good understanding of technologyare indispensable.

This compendium is written as an opticaltechnology reference book for developmentand production engineers. With contributionsfrom renowned experts, this book aids inmitigating the risk in adopting new asphereproduction technologies.

PM173est. Nov. 2007est. 510 pagesHardcoverISBN: 9780819467492


Matrix Methods for Optical Layoutby Gerhard Kloos

TT77Aug. 2007138 pagesSoftcoverISBN: 9780819467805


This book is intended to familiarize thereader with the method of Gaussian

matrices and some related tools of opticaldesign. The matrix method provides a meansto study an optical system in the paraxialapproximation. This text contains new resultssuch as theorems on the design of variableoptics, on integrating rods, on the opticallayout of prism devices, etc. The results arederived in a step-by-step way so that thereader might apply the methods presentedhere to resolve design problems with ease.


Opto-Mechanical Systems Design, Third Editionby Paul R. Yoder, Jr.

PM156Nov. 2005850 pagesHardcoverISBN: 9780819460912


Co-published with CRC.

Compiled from throughout the literatureinto a single source, this text provides a

vast amount of information about new opticalinstruments, new tools and techniques fordesigning, building, and testing hardware, andthe performance of major systems. This thirdedition offers expanded coverage of theprogress of the ISO and the OEOSC,catadioptric systems, semikinetic mountingsfor prisms, techniques for bonding prisms andsmall mirrors in their mounts, and mountingsfor variable orientation mirrors to includelarger substrate diameters. The author addeddiscussions on laser damage to optics,special coatings for opto-mechanicalmaterials, and mounting lenses on fixtures,among others.

CMOS/CCD Sensors and Camera Systemsby Gerald C. Holst, Terrence S. Lomheim

PM172June 2007376 pagesHardcoverISBN: 9780819467300


Co-published with JCD.

This update to CCD Arrays, Cameras, andDisplays (2nd Ed.) addresses CMOS/CCD

differences, similarities, and applications,including architecture concepts and operation,such as full-frame, interline transfer,progressive scan, color filter arrays, rollingshutters, 3T, 4T, 5T, and 6T. The authorsdiscuss novel designs, such as EMCCD,EBCCD, Super CCD, and intensified CCDs,illustrate sampling theory and aliasing withnumerous examples, and describe theadvantages and limitations of small pixels.This monograph provides the backgroundnecessary for specifying cameras usingradiometric or photometric concepts inaddition to information on the entire system—from scene to observer.

Camera Lenses: From Box Camera to Digitalby Gregory Hallock Smith

PM158Apr. 2006320 pagesHardcoverISBN: 9780819460936


“Camera Lenses is an instant classic, as botha valuable technical resource and a fascinatingread for the optical engineer.”

—Dr. Kenneth Moore, President of ZEMAXDevelopment Corporation

This book is an exploration and appreciationof cameras and their optics, covering all

major lens types from the earliest to the mostrecent—including those roving the surface ofMars. A recurrent theme of this book is thatlens types invented in the 19th century are justas useful in the 21st century. Anothercontinuing theme is the impact of the digitalrevolution and the use of imaging in radicallynew circumstances. This book should be ofinterest to any who are curious and want toknow more about the glass on the front oftheir cameras.

Brilliant!: Shuji Nakamura and the Revolutionin Lighting Technologyby Bob Johnstone

PM177Apr. 2007336 pagesHardcoverISBN: 9781591024620


Made available incooperation withPrometheus Books.

A revolution in the way we use artificiallighting is underway, one that is every bit

as sweeping and significant as Edison’sinvention of the light bulb. The technology oflight emitting diodes (LEDs) is ready forwidespread implementation. Its impacts willinclude a reduction in energy consumption forelectric lighting by up to 80 percent.

Brilliant! tells the story of Shuji Nakamura, agifted Japanese engineer who came out ofnowhere to stun the world with hisannouncement that he had created the lastpiece in the puzzle needed for manufacturingsolid state white lights. The invention of thisholy-grail product, which promises to makeEdison’s light bulb obsolete, had eluded thebest minds at the top electronic firms for 25years. Until his startling announcement,Nakamura had not even been on the radarscreen of most industry observers.

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Introduction to Image Stabilizationby Scott W. Teare, Sergio R. Restaino

TT73Sep. 2006112 pagesSoftcoverISBN: 9780819464347


This text provides the basics of imagestabilization starting with a consideration

of the cause of image blurring and anintroduction to the components commonlyused in constructing a stabilized imagingsystem. With this foundation, an exampleimage stabilized system is described andused to introduce some of the importantparameters in evaluating the performance ofimage-stabilization systems. As imagestabilization systems are key components ofadaptive optics systems, the moresophisticated sensing and correction devicesused in this area are briefly addressed. Ratherthan being a mathematical, rigorous treatmentof image stabilization, this book provides thebasic ideas in an easy-to-read format.

The Physics and Engineering of Solid State Lasersby Yehoshua Y. Kalisky

TT71Mar. 2006222 pagesSoftcoverISBN: 9780819460943

SPIE Members $46List Price $56

This text explains the mutual influencesbetween the physical and dynamic

processes in solids and their lasing properties.It provides insight into the physics andengineering of solid state lasers by integratinginformation from several disciplines, includingsolid state physics, materials science,photophysics, and dynamic processes insolids. The text discusses approaches todeveloping new laser materials and includesdata tables of basic parameters that can beapplied to laser design. Novel materials andtechniques used in recent developments arealso covered.

One reviewer said,“This is excellent. [Chapter 6] on photophysicsis outstanding! Very well written and excellentequation derivation.”

This book provides you with a singlesource of information on the problem of

coherent-mode representations in optics,including new perspectives on its potentialapplications. In particular, the “light string”and the “light capillary” beams may beadvantageously used in communications,measurements, laser microtechnology, andmicrosurgery; application of the fast algorithmfor bilinear transforms can significantlyreduce the computer effort needed tosimulate optical systems with partiallycoherent illumination.

Coherent-Mode Representations in Opticsby Andrey S. Ostrovsky

PM164June 200698 pagesSoftcoverISBN: 9780819463500


SPIE Field Guides“Your essential researchreference”SPIE Field Guides include the key definitions, equations,illustrations, application examples, design considerations,methods, and tips that you need in the lab and in the field. Theyare the perfect practical reference tool for your specialized area.

Now available:

Geometrical Opticsby John E. Greivenkamp · Vol. FG01

Atmospheric Opticsby Larry C. Andrews · Vol. FG02

Adaptive Opticsby Robert K. Tyson and BenjaminW. Frazier · Vol. FG03

Visual and OphthalmicOpticsby Jim Schwiegerling · Vol. FG04

Polarizationby Edward Collett · FG05

Optical Lithographyby Chris A. Mack · FG06

Optical Thin Filmsby Ronald R. Willey · FG07

Spectroscopyby David W. Ball · FG08

Interferometric Optical Testingby Eric P. Goodwin and James C.Wyant · FG10

Infrared Systemsby Arnold Daniels · FG09

Illuminationby Angelo V. Arecchi, Tahar Messadi,R. John Koshel · Vol. FG11

Available December 2007:

Lasersby Rüdiger Paschotta · Vol. FG12

Available forbulk orders!

Field Guide to Lasersby Rüdiger Paschotta

This Field Guide provides an overview on theessential types of lasers and their key propertiesas well as an introduction into the most-importantphysical and technological aspects of lasers.Apart from describing the basic principles (suchas stimulated emission and the properties ofoptical resonators), this Guide discusses thenumerous important properties of laser crystals,the impact of thermal effects on laserperformance, methods of wavelength tuning andpulse generation, and laser noise. Practitionerswill also gain valuable insight from remarks onlaser safety and obtain new ideas about how tomake the laser development process moreefficient.

FG12 · est. Dec. 2007 / est. 130 pagesSpiral Bound · ISBN: 9780819469618SPIE Member $32 / List Price $37

Field Guide to Illuminationby Angelo V. Arecchi, Tahar Messadi,R. John Koshel

The content in this Field Guide starts withtraditional illumination in imaging systems,followed by the recent advances in computer-aided design of high efficiency nonimagingillumination optics, along with the modern sourcemodels that support these techniques. Sectionson the illumination of visual displays are includedas well as some important topics on architecturalillumination.

FG11 · Aug. 2007 / 152 pagesSpiral Bound · ISBN: 9780819467683SPIE Member $32 / List Price $37

Field Guide to InterferometricOptical Testingby Eric P. Goodwin, James C. Wyant

A distillation of Dr. Wyant’s course at theUniversity of Arizona, this Field Guide covers thekey fundamentals of interferometry, types ofinterferometers and interferograms, concepts ofphase-shifting interferometry, long-wavelengthinterferometry, testing of aspheric surfaces,measurement of surface microstructure, flatand curved surface testing, and absolutemeasurements.

FG10 · Sep. 2006 / 114 pagesSpiral Bound · ISBN: 9780819465108SPIE Member $29 / List Price $34

SPIE Field GuidesField Guide to Optical ThinFilmsby Ronald R. Willey

This Guide covers the principles and applicationsof various useful graphical tools and methods foroptical coating design, including the reflectancediagram, admittance diagram, and trianglediagram. These tools give insight into how opticalcoatings function and how they might bedesigned to meet given requirements. Shown arehow unavailable indices can be approximated,the basis of ideal antireflection coating design,and the practical approximation ofinhomogeneous index profiles.

FG07 · Jan. 2006 / 118 pagesSpiral Bound · ISBN: 9780819462183SPIE Member $29 / List Price $34

Field Guide to Visual andOphthalmic Opticsby Jim SchwiegerlingVisual optics requires an understanding of bothbiology and optical engineering. This Field Guideassembles the anatomy, physiology, andfunctioning of the eye, as well as the engineeringand design of a wide assortment of tools formeasuring, photographing, and characterizingproperties of the surfaces and structures of theeye. Also covered are the diagnostic techniques,lenses, and surgical techniques used to correctand improve human vision.

FG04 · Nov. 2004 / 124 pagesSpiral Bound · ISBN: 9780819456298SPIE Member $29 / List Price $34

Field Guide to Adaptive Opticsby Robert K. Tyson, Benjamin W. FrazierThird in the Field Guide Series, this is a summaryof the methods for determining the requirementsof an adaptive optics system, the performance ofthe system, and the requirements for thecomponents of the system. Many of theexpressions are in the form of integrals. Whenthat is the case, the authors show the resultsgraphically for a variety of practical values. Thisvolume is intended for students, researchers, andpracticing engineers who want a “go to” bookwhen the calculation is needed quickly.

FG03 · Jun. 2004 / 82 pagesSpiral Bound · ISBN: 9780819453181SPIE Member $29 / List Price $34

Field Guide to Polarizationby Edward CollettThe polarization of light is one of the mostremarkable phenomena in nature and has led tonumerous discoveries and applications. Thenature and mathematical formulation ofunpolarized light and partially polarized lightwere not readily forthcoming until the 1950s,when questions about polarized light and themathematical tools to deal with it began to beaddressed in earnest. As a result, there is a verygood understanding of polarized light today.

The primary objective of this Guide is to providean introduction to the developments in polarizedlight that have taken place over the past half-century and present the most salient topics ofthe subject matter such as Mueller matrices,Stokes polarization parameters, and Jonesmatrices.

FG05 · Sep. 2005 / 134 pagesSpiral Bound · ISBN: 9780819458681SPIE Member $29 / List Price $34

Field Guide to AtmosphericOpticsby Larry C. AndrewsThe material in this Field Guide is a condensedversion of similar material found in twotextbooks: Laser Beam Propagation throughRandom Media (SPIE Volume PM53) and LaserBeam Scintillation with Applications (SPIEVolume PM99). Topics chosen for this concisepresentation include a review of classicalKolmogorov turbulence theory, Gaussian-beamwaves in free space, and atmospheric effects ona propagating optical wave. These atmosphericeffects have great importance in a variety ofapplications like imaging, free space opticalcommunications, laser radar, and remotesensing. This Guide presents tractablemathematical models from which the practitionercan readily determine beam spreading, beamwander, spatial coherence radius (Fried’sparameter), angle of arrival fluctuations,scintillation, aperture averaging effects, fadeprobabilities, bit error-rates, and enhancedbackscatter effects, among others.


View sample pages and tables of contents: spie.org/fieldguides

Show your employee and staff appreciation bygiving them customized versions of SPIE FieldGuides. It is also a great way to promote yourcompany brand and also share your specializedexpertise with your stakeholders. You can save upto 30% off the list price with customized Guidesthat promote your company logo by buying themin bulk.

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Enhance your brand promotionwith Customized Field Guides.

Field Guide to GeometricalOpticsby John E. Greivenkamp

This Field Guide derives from the treatment ofgeometrical optics that has evolved from both theundergraduate and graduate programs at the OpticalSciences Center at the University of Arizona. Thedevelopment is both rigorous and complete, and itfeatures a consistent notation and sign convention.

This volume covers Gaussian imagery, paraxialoptics, first-order optical system design, systemexamples, illumination, chromatic effects, andan introduction to aberrations. The appendicesprovide supplemental material on radiometryand photometry, the human eye, and severalother topics.


Modern Optical Engineering, Fourth Editionby Warren J. Smith

PM180est. Dec. 2007est. 608 pagesHardcoverISBN: 9780819470966


Copublished withMcGraw-Hill.

Long-established as the definitive opticstext and reference, Modern Optical

Engineering has been completely revised andupdated to equip you with all of the latestoptical and lens advances. The Fourth Editionnow contains cutting-edge information onoptical engineering theory, design, andpractice, including new chapters on raytracing, optical system design, and third-orderaberration theory.

Most neophyte lens designers very quicklylearn to use their computer programs

with a high level of proficiency. At this point,what they need most is an answer to thequestion, “What do I do now?” Warren J.Smith provides the answers in this substantialupdate of his popular classic. The materialincludes an expanded, detailed exposition ofthe basics and theoretical foundations of lensdesign and a description of the leadingsoftware used. It also includes a set of sevenkey examples of actual design projectscarried out from scratch, which are describedwith “warts and all”.

Modern Lens Design, Second Editionby Warren J. Smith

Photonics Essentialsby Thomas P. Pearsall

This unique text teaches photonics throughhands-on measurement techniques

common to all photonic devices. Learn thesetechniques, and you can characterize andunderstand any device and master the field.This practice-based tutorial, perfect forstudents and engineers looking for practicalexpertise rather than abstract theory, doesmore than explain the workings of photonicapplications in common devices like lasers,photodiodes, and LEDs. It offers workedexamples of measurement andcharacterization problems faced in everydayencounters with commercial photonicequipment.

PM167Aug. 2006298 pagesHardcoverISBN: 9780819465085


PM145Oct 2004646 pagesHardcoverISBN: 9780071385190

SPIE Members $84List price $99

Copublished withMcGraw-Hill.

Fundamental Optical Designby Michael J. Kidger

PM92Dec. 2001314 pagesHardcoverISBN: 9780819439154


This book provides all the essentialelements of Kidger’s many courses

taught worldwide on lens and opticaldesign. It is written in a direct style that iscompact, logical, and to the point—a tutorialin the best sense of the word.

“I read my copy late last year and read itstraight through, cover to cover. In fact, Iread it no less than three times. Its elegantexpositions, valuable insights, and up-frontespousal of pre-design theory make it anoutstanding work. It’s in the same leaguewith Conrady and Kingslake.”

—Warren Smith

Intermediate Optical Designby Michael J. Kidger

PM134Jan. 2004280 pagesHardcoverISBN: 9780819452177


This second volume based on MichaelKidger’s popular short courses and

workshops is aimed at readers alreadyfamiliar with the concepts presented inFundamental Optical Design. It begins witha sweeping discussion of optimization thatis written with the user in mind andcontinues with a unique look at the role ofhigher-order aberrations. The book’s keyfeature is its astounding presentation of awide range of practical design examples,covering such problems as secondaryspectrum correction, high numericalaperture designs, lasers, zoom lenses, tiltedor decentered optical systems, and priceand performance requirements. Eachscenario is accompanied by an in-depthdiscussion that goes well beyond the rayaberration plot, including useful insights intoan optical designer’s thought processes.

Buy the two-volume set and save!Two-Volume Set (Vol. PM134Z) · SPIE Member $98 · List Price $118


Optics Made Clear: The Nature of Light andHow We Use Itby William L. Wolfe

PM163Nov. 2006274 pagesSoftcoverISBN: 9780819463074


Have you wondered why the sky is blue?Why the sunset is red? How

hummingbirds show us their many colors?Why the road ahead sometimes seems tohave water on it, when it does not? Have youwondered how telescopes work to give amagnified image of distant objects? Howmicroscopes provide a magnified image ofclose objects? How spectroscopes, eyeglasses, cameras, binoculars, and similarinstruments work? How the simple rear viewmirrors in cars dim and provide wide fields ofview? In this book, William L. Wolfe describesmany of the natural phenomena caused bylight and the optical devices that use it interms everyone can understand.

Laser Beam Propagation through Random Media,Second Editionby Larry C. Andrews, Ronald L. Phillips

PM152Sep. 2005820 pagesHardcoverISBN: 9780819459480


Since publication of the first edition of this textin 1998, there have been several new, importantdevelopments in the theory of beam wavepropagation through a random medium, whichhave been incorporated into this second edition.Also new to this edition are models for thescintillation index under moderate-to-strongirradiance fluctuations; models for apertureaveraging based on ABCD ray matrices; beamwander and its effects on scintillation; theory ofpartial coherence of the source; models of roughtargets for ladar applications; phase fluctuations;analysis of other beam shapes; plus expandedanalysis of free-space optical communicationsystems and imaging systems.

This monograph examines selectedapplications of the optical correlation

approaches and techniques in diverseproblems of modern optics. These problemsinclude linear singular optics ofmonochromatic, fully spatially coherent lightfields; phase singularities in polychromatic(white-light) optical fields; optical correlationtechniques for diagnostics of rough surfaces;and Mueller-matrix images of biologicaltissues and their statistical and fractalstructures.

Optical Correlation Techniques and ApplicationsEditor: Oleg V. Angelsky

PM168May 2007286 pagesSoftcoverISBN: 9780819465344


Optical Imaging and AberrationsPart I. Ray Geometrical Opticsby Virendra N. Mahajan

PM45July 1998500 pagesHardcoverISBN: 9780819425157


This book examines how aberrations arisein optical systems and how they affect

optical wave propagation and imagingbased on geometrical and physical optics. Itfocuses on concepts, physical insight, andmathematical simplicity, intended forstudents and professionals. Figures anddrawings illustrate concepts and enhancereadability. This book is useful as atextbook, reference, or tutorial.

Part II. Wave Diffraction Opticsby Virendra N. Mahajan

PM103Dec. 2001472 pagesHardcoverISBN: 9780819441355


This book discusses the characteristics ofa diffraction image of an incoherent or a

coherent object formed by an aberratedimaging system. Numerical results inaberrated imaging have been emphasizedto maximize the practical use of thematerial. This new, second printing includesa number of updates and corrections to thefirst printing.

Beginning with a description of thediffraction theory of image formation, thebook describes both aberration-free andaberrated imaging by optical systems withcircular, annular, or Gaussian pupils. As inpart I, the primary aberrations areemphasized. Their effects on Strehl,Hopkins, and Struve ratios are discussed indetail. The balanced aberrations areidentified with Zernike polynomialsappropriate for each type of system.Imaging in the presence of randomaberrations is also discussed, including theeffects of image motion and propagationthrough atmospheric turbulence. Eachchapter ends with a set of practicalproblems.

Buy the two-volume set and save!Two-Volume Set (Vol. PM103Z) · SPIE Member $115 · List Price $145


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Metrics for High-Quality Specular Surfaces (Lionel R. Baker) TT65 Nov. 2004 $35 $44Field Mathematics for Electromagnetics, Photonics, and

Materials Science: A Guide for the Scientist and Engineer(Bernard Maxum) TT64 Nov. 2004 $46 $56

Diffractive Optics: Design, Fabrication, and Test(Donald C. O’Shea, Thomas J. Suleski, Alan D. Kathman,Dennis W. Prather) TT62 Dec. 2003 $46 $56

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The Power- and Energy-Handling Capability of OpticalMaterials, Components, and Systems(Roger M. Wood) On Sale! TT60 Jan. 2003 $26 $33

Integrated Optomechanical Analysis (Keith B. Doyle,Victor L. Genberg, Gregory J. Michels) TT58 Oct. 2002 $46 $56

Thin-Film Design: Modulated Thickness and Other StopbandDesign Methods (Bruce E. Perilloux) TT57 Oct. 2002 $35 $44

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(Glenn D. Boreman) TT31 Mar. 1998 $35 $44Optical Engineering Fundamentals (Bruce H. Walker) TT30 Dec. 1997 $40 $50

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Jorge Ojeda-Castañeda, Adolf W. Lohmann) MS181 July 2006 $88 $118Selected Papers on CCD and CMOS Imagers (Moon Gi Kang) MS177 Aug. 2003 $83 $110Selected Papers on Color-Center Lasers (Kenneth J. Teegarden) MS176 June 2003 $83 $110Selected Papers on Tunable Solid-State Lasers

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(J. Gary Eden) On Sale! MS159/HC Jan. 2000 $26 $53Selected Papers on Reticles and Their Applications

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Field GuidesTitle (Author/Editor) Vol. No. Pub. Date Member List PriceField Guide to Lasers (Rüdiger Paschottal) FG12 Est. Dec. 2007 $29 $34Field Guide to Illumination (Angelo V. Arecchi, Tahar Messadi,

R. John Koshel) FG11 Aug. 2007 $29 $34Field Guide to Interferometric Optical Testing

(Eric P. Goodwin, James C. Wyant FG10 Sep. 2006 $29 $34

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Optics and Photonics 2005: Optical and OptomechanicalDesign and Illumination Engineering (Includes ProceedingsVols. 5865, 5866, 5873-5877, 5941, 5942) CDS178 Oct. 2005 $415 $545

Optics and Photonics 2005: Optical Components andSystems Engineering and Advanced Metrology(Includes Proceedings Vols. 5866-5872, 5878-5880) CDS177 Sep. 2005 $470 $620

Photonics West 2005: Lasers and Applications in Scienceand Engineering (Includes Proceedings Vols. 5706-5714) CDS158 May 2005 $435 $575

5th Iberoamerican Meeting on Optics and 8th Latin AmericanMeeting on Optics, Lasers, and Their Applications(Includes Proceedings Vol. 5622) CDS154 Oct. 2004 $170 $240

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