Verfügbarkeit: LEOS '91 conference digest

LEOS '91 conference digest: IEEE Lasers and Electro-Optics Society 1991 Annual Meeting November 4 - 7, 1991, San Jose Convention Center San Jose, CA

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Bibliographische Detailangaben
Körperschaft:	IEEE Lasers and Electro-Optics Society (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	New York, NY Inst. of Electrical and Electronics Engineers 1991
Schlagworte:	Electrooptics > Congresses Lasers > Congresses Laser Optoelektronik Konferenzschrift > 1991 > San Jose Calif.
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	Literaturangaben
Beschreibung:	XX, 93 S. graph. Darst.
ISBN:	0879426233 0879426241 087942625X

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Datensatz im Suchindex

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adam_text	TABLE OF CONTENTS FOREWORD ............................................................................................................................ XIII SESSIONS AT A GLANCE ...................................................................................................... XIV LEOS 91 COMMITTEES ......................................................................................................... XVI PROGRAM AT A GLANCE ..................................................................................................... XVII \| MONDAY MORNING, NOVEMBER 4,1991 \| PLENARY SESSION, Rm.J2 ....................................................................................................... 1 PLEN1 .1, Fiber Optics in the Local Loop PLEN1 .2, New Medical Applications of Lasers PLEN 1.3, Recent Advances In U Itrafast Optics I MONDAY AFTERNOON \| ELT1 : DIODE PUMPED SOLID STATE LASERS I, Rm. J4 ......................................................., 2 ELT1 .1, Army Program Overview Of Diode Pumped Solid State Lasers ELT1 .2, Programs And Status Of Diode Pumped Solid State Lasers ELT1 .3, Emerging Laser Technology For Lidar/Laser Remote Sensing Applications ELT2: HIGH POWER DIODE-PUMPED LASERS II, Rm. J4 ....................................................... 3 ELT2.1, Recent Progress In High Power Diode Pumped Solid State Lasers ELT2.2, Recent Progress In High Power Lasers ELT2.3, Progress In One And Two Micron Diode Pumped Solid State Rod Lasers EO1: REMOTE SENSING I, Rm. G ................................................................................................4 EOLI, SWIRLS - A Stratospheric Wind Sounding Instrument For The Nasa Earth Observing System Using Electro-Optic Phase Modulation And Gas Correlation Radiometry EO1.2, Multispectral Mapping with an Advanced Airborne Imaging Spectrometer EO1 .3, Accousto-Optic Tunable Filter Techniques for Future Global Scale Remote Sensing EO1.4, Advances in Acousto-Optic Tunable Filters EO2: REMOTE SENSING 11, Rm. G ..............................................................................................5 EO2.1 , Laser Developments in the Air Force. Summary not available at time of print. EO2.2, Development of Mesopheric Sodium Laser Beacon for Atmospheric Adaptive Optics EO2.3, Airborne High Resolution Multi-Sensor System LM1/MZ: OSA/LEOS SYMPOSIUM ON PHOTON-TISSUE INTERACTIONS, Rm. A4....................5 LM1.1/MZÍ, Time Resolved Optical Spectroscopy & Imaging of Human Brain & Muscle LM1.2/MZ2, Spatial impulse Response of In Vivo Optical Spectroscopy LM1.3/MZ3, Ultrafast Light Scattering and Photon Migration in Biomedical Media LM1.4/MZ4, Imaging Through Scattering Media Using a Raman Amplifier LM1.5/MZ5, Ballistic and Snake Signal Imaging In Tissue Scattering Walls Using a Picosecond Multistage Kerr System LM1.6/MZ6, Nonlinear Optical Coherent Gating for Medical Imaging with Lasers LML7/MZ7, Imaging Through Tissue Using Femtosecond Pulses and Electron Holography Ш LM2/MMM: OSA/LEOS SYMPOSIUM ON PHOTON - TISSUE INTERACTION II (A Joint Session with the OSA), Rm A4............................................................................... 6 LM2.1/MMM1 , Optical Behavior of Tissue During Intense Laser Irradiation LM2.2/MMM2, Opto-thermal Response of Arterial Tissue to Laser Irradiation: A Theoretical and Experimpenta! Investigation LM2.3/MMM3, Effects of Thermal Insult on Optical Behavor of Tissue LM2.4/MMM4, Iterated Adding-Doubling to Determine Optical Properties LM2.5/MMM5, Argon Fluoride Excimer Laser Ablation Of Cornea LM2.6/MMM6, Weak Localization of Photons In Biological Tissues Using a CW Laser MMM7/LM2.6, Wavelength-Tunable 2-D Bioimaging And Tomography Based on a Constant Detection Imaging Method With Widely Tunable Lasers OSM1: INTERFEROMETRIO SENSORS, Rm. F ..........................................................................7 0SM1 .1, Fiber Optics Gyroscopes. Summary not available at time of print 0SM1 .2, Optical Interferometers to Detect Gravitational Waves - Technical Problems and Solutions 0SM1.3, Heterodyne Interferometrie Measurement of Laser Linewidth: Effect of Subcoherence Patti Length Differences 0SM1.4, Vibration Measurement by a Laser Doppler Displacement Meter 0SM2: OPTICAL MEASUREMENTS, Rm. F ................................................................................8 OSM2.1, Unique Measurement Capabilities of Surface Nonlinear Optics OSM2.2, Laser Probing the Growth of Hl-V Semiconductor Materials OSM2.3, Forward Scattering Particle Image Velocimetry and its Application SADL1: DIODE LASER COMMUNICATIONS, Rm. J3 .................................................................9 SADL1 .1, Fundamental Problems of Diode Lasers in Fiber Communications Systems SADL1 .2, Wavelength-Division-Multiplexed Optical Communications Systems and Diode Lasers - We Often Ask the Wrong Questions SADL1.3.2GBIT/S Optical Time-Division Multiplexing Experiment Using Semiconductor Laser Amplifiers as High Speed Optical Modulators SADL1 .4, Systems Issues for Laser Diode Space Communications SADL2: HIGH POWER LASERS, Rm. J2 ...................................................................................10 SADL2.1, Position Sensing with Diode Laser Radar SADL2.2, Sensing by Optical Feeedback Into Mid-Infrared Diode Lasers SADL2.3, Optically Controlled Phased Array Radar System SADL2.4, Controlling Millimeter-Wave Dielectric Waveguides with 2D Laser Diode Arrays SDL1: HIGH POWER LASERS I, Rm. J2 ....................................................................................12 SDL1 .1, High Average Power Diode Laser Arrays SDL1.2, Phase-Locked Ridge Waveguide InGaAs-GaAs Strained Layer Quantum Well Heter- ostructure Laser Arrays SDL1.3, Leaky-Wave Interarray Coupling for Coherent-power Scaling of Phase-locked Diode- laser Arrays of Antiguides SDL1 .4,500 MW CW, High Efficiency Antiguide Laser Arrays SDL1.5, Injection Locking of Antiguided Resonant Optical Waveguide (Row) Arrays SDL1 .6, Broad-Area Mode Coupling in Gain-Guided Diode Laser Arrays SDL1 .7, Strained Layer Quantum Well Lasers at 1 .06μηη with Up To 5.25w CW from a Single 100um Stripe IV SDL2: HIGH POWER LASERS I!, Rm. J2 ..................................................................................14 SDL2.1 , High Coherent Output Power from Laser Diode Arrays in an External Talbot Cavity SDL2.2, Automated Phase Sensing and Control of an External Talbot Cavity Laser Diode Array Using Phase Contrast Imaging and a Liquid Crystal Array SDL2.3, Effects on the Operation Of An External-Cavity Laser of Phase Differences Between Multiple Inputs into the Cavity SDL2.4, High Power CW Operation of Laser Diodes with Etched Micro-Mirrors Mounted in the Junction-Up Configuration SDL2.5, High Power Monolithic Two-Dimensional Arrays of Single Mode Surface Emitting Lasers TUESDAY MORNING, NOVEMBER 5,1991 EO3: COMMUNICATION SYSTEMS, Rm. G ..............................................................................16 EO3.1, Demonstration of a Fiber-To-The-Curb Broadband Service Network EO3.2, Using Fiber Optic LANS in Multi-Project Simulations (Withdrawn) EO3.3, Advantages of Matrix (Temporal/Spatial) Code Division Multiple Access (CDMA) Codes EO3.4, Adaptive Multichannel Networks with Recursive Topologies EO3.5, Computer Simulation of an All Optical Coherent Code Division Multiple Access Network EO3.6, Relative Intensity Noise (RIN) Reduction In A Radio Frequency Fiber-optic Link EO3.7, Multi-Port Optical Backpanel Connector Featuring Narrow Diameter Ferrules and Self- Retentive Mechanism LM3: OSA/LEOS JOINT SYMPOSIUM — LASERS IN MEDICINE I, Rm. Л .............................18 LM3.1 , The Biophysical Parameters for Excimer Laser Angioplasty: Initial Results of a Multi- center Clinical Coronary Laser Angioplasty Trial LM3.2, An Angiosurgery System Using a Tripled Nd:YAG Laser LM3.3, UV Strategy for Controlled Treatment of Atherosclerosis LM4: OSA/LEOS JOINT SYMPOSIUM — LASERS IN MEDICINE II, Rm. J1 ............................19 LM4.1, 2 Micron Coronary Angioplasty: Report from a Multicenter Trial -1991 LM4.2, Physical Effects In IR Laser Angioplasty LM4.3, New Medical Lasers and Delivery Systems - Potential Benefits and Concerns OE1: OPTOELECTRONICS TECHNOLOGY DIRECTIONS, Rm. J3 ..........................................20 OE1.1, Optoelectronics Industry Development Association (OIDA) - Mission and Status OEI.2, ICS For 10-Gb/s and Faster Optical Transmission Systems OE1.3, Optoelectronic Devices for Coherent Multichannel Techniques and Global Networks OE2: PHOTONIC SWITCHING AND WAVEGUIDES, Rm. J3 ....................................................21 OE2.1, Selective Regrowth of Active Ridge Waveguides for High Speed Optoelectronic Components OE2.2, Reflection and Transmission of a Dielectric Waveguide Mirror OE2.3, Transmission of Digital Signals in Electronic Systems with Electro-Optic Polymer Waveguides and Switches OE2.4, Characterization of Short Lengths of Epoxy Waveguides OE2.5, Photonic Switching, Advances in the European RACE Program OSM3: OPTICAL MEASUREMENTS II, Rm. F ............................................................................23 OSM3.1 , Scanning Optical Microscopy OSM3.2, Micro-Raman Studies of Small Scale Semiconductor Structures OSM3.3, Noncontact Temperature Measurement using Projection Moire Inteferometry OSM3.4, Analyses of Magneto Optic Kerr Effect Measurements 0SM4: TRACE DETECTION, Rm. F ..........................................................................................24 OSM4.1 , Review of the Current Status of Open Path FTIR Techniques in Industrial and Regu¬ latory Air Toxics and Regulatory Air Toxics Monitoring OSM4.2, Ultrasensitive Resonance lonization Spectroscopy for Analysis and Detection OSM4.3, Detection of Rare Isotopes by CW Laser Induced lonization SADL3: DIODE LASERS SENSOR APPLICATIONS {A Joint Session with Electro-Optic Systems), Rm. J4 ...........................................................25 SADL&I, Performance Issues for Diode Lasers in Optical Sensors SADL3.2, Automotive Applications Of Diode Lasers SADL3.3, Ry-by-Light SADL4: APPLICATIONS OF NARROW LINEWIDTH LASERS (A Joint Session with EOS and OSM), Rm. J4 .........................................................................25 SADL4.1, Ultra-Narrow Linewidth Semiconductor Lasers and Their Applications SADL4.2, Optical Measurement Challenges and Oppportunities with Ultra-Stable Lasers SADL4.3, Studies of Amplitude and Frequency Instability Induced by Source Feedback in Coherent Sensors SADL4.4, Low Loss Passive Frequency Locking of a Diode Laser SDL3: VERTICAL CAVITY SURFACE EMITTERS I, Rm. J2 .....................................................27 SDLS.I , Progress in Addressing and Integration of Vertical Cavity Surface Emitting Laser Arrays SDL3.2, Monolithic Ultrahigh Bandwidth 16-Wavelength Surface Emitting Laser Array SDL3.3, Low-Threshold Current Grating-Coupled Surface-Emitting Strained InGaAs Single Quantum Well Laser SDL3.4, Vertical-microcavity Surface-emitting Ring Laser SDL3.5, Thermal Analysis of Two-Dimensional Etched-well Surface-emitting Diode Laser Arrays SDU: VERTICAL CAVITY SURFACE EMITTERS II, Rm. J2 SDL4.1, Design Of Low Threshold, High Output Power DBR Surface-Emitting Lasers SDL4.2, High Power Low Voltage Vertical-Cavity Surface-emitters SDL4.3, Electrically Gain-Switched Surface Emitting Lasers SDL4.4, Optimization of Vertical Cavity Surface Emitting Lasers: Limitations of Output Power SDL4.5, High-Power Optical Pumping of Vertical-Cavity Surface-Emitting Semiconductor Lasers with Resonant Periodic Gain SDL4.6, Low Threshold High Temperature Pulsed Operation of InGaAsP/lnP Surface Emitting Lasers TUESDAY AFTERNOON GSWL1: NOVEL SOURCES OF COHERENT RADIATION, Rm. G ..........................................31 GSWL1 .1, Prospects for VUV/XUV Free-Electron Lasers GSWL1 .2, Surface Plasma Wave Coupling: A New Approach to Smith-Purcell Free Electron Lasers GSWL1 .3, Applications of High-Brightness Subpicosecond XeCl Lasers GSWL1 .4, Argon Excimer Emission from a Pulsed Gas Discharge VI GSWL2: LASER SOURCES FOR PHOTOLITHOGRAPHY, Rm. G ........................................... 32 GSWL2.1 , Laser Sources for Photolithography GSWL2.2, Recent Advances in Excimer Laser Lithography GSWL2.3, Multiphoton Excitation Techniques for Combustion Studies - Summary not available at time of print LM5: LASERS IN MEDICINE III, Rm. Л ..................................................................................... 32 LM5.1 , Laser Interstitial Therapies LM5.2, Laser Treatment of Burn Injuries LM5.3, Laser Sclerostomy and Other New Laser Therapies in the Treatment of Glaucoma Summary not available at time of print. LM6: LASERS IN MEDICINE IV, Rm. J1 ..................................................................................... 33 LM6.1, Multi-disciplinary Laboratory and Clinical Results with 1 To 3 џт IR Lasers LM6.2, Percutaneous Laser Disk Decompression LM6.3, Directions of Solid-State Lasers in Medicine OE3: OPTICAL RECEIVERS, Rm. J3 ......................................................................................... 34 OE3.1, 1.5 џт Narrow Bandwidth In-Fiber Gratings OE3.2, Picosecond 1 .3μπι Low-Temperature GaAs Metal-Semiconductor-Metal Photodetectors OE3.3, Time Domain Modeling of Semi-insulating Gallium Arsenide Metal-semiconductor- metal Interdigital Photodetectors OE3.4, Tunable-Wavelength Self-Heterodyne Frequency Response Measurement of Optical Receivers OE3.5, OEiCs for Optical Storage OE4: OPTOELECTRONIC DEVICE MODELING, Rm. J3 ........................................................... 35 OE4.1 , Design Tradeoffs and Tolerance Limits for Optimizing Semiconductor Digital Optical Switches OE4.2, Improved Statistical Analysis Method to Determine Optoelectronic Component Failure Rate from Accelerated Aging Test Data OE4.3, New Methods in Beam Propagation Modeling OE4.4, Beam Propagation Analysis of a Parallel Configuration of Mach-Zehnder Interferometers OE4.5, A Vector Beam Propagation Method for Guided-Wave Optics 0SM5: OPTICAL MEASUREMENTS OF DROPLET CHEMISTRY, Rm. F ................................ 38 OSMS.I, The Uptake of Gas Phase Molecules by Water Surfaces OSM5.2, Partial Molar Volume Determinations from Single Particle Gravimetric and Optical Resonance Data OSM5.3, Elastic and Raman Scattering from a Chemically Reacting Microdroplet OSM5.4, Remote Thermometry of Evaporating Water Drops Coated with Fatty Alcohol Monolayers OSM5.5, Study of Supersaturated Solution Aerosol Droplets by Raman Spectroscopy 0SM6: OPTICS OF DROPLETS, Rm. F ......................................................................................40 OSM6.1, Nonlinear Spectroscopy of Droplets ■ OSM6.2, Energy Density Distribution Inside a Sphere Illuminated With a Tightly Focused Gaussian Beam OSM6.3, Optical Resonance Spectroscopy Of Aerosols OSM6.4, Stimulated Raman Scattering and Lasing in Micron-sized Cylindrical Liquid Jets: Time and Spectral Dependence OSM6.5, Descartes Ring Stimulated Raman Scattering from Liquid Microdroplets Vil OSM6.6, Measurement of Light Scattering at Zero Degrees by a Single Glass Fiber OSM6.7, Optical Properties of Micron-sized Cadmium Sulfide Spheres SADL5: DIODE LASERS BIO-APPLICATIONS (A JOINT SESSION WITH OSM), Rm. J4 ...................................................................................42 SADLS.I, Potential Applications of Diode Lasers in Medicine and Biology SADL5.2, Fiber Coupled Laser Diode Bar Capable of Delivering 10 Watt CW Through a 400 μηι Diameter Optical Fiber , Fiber Optic Biosensors SADL6: DIODE LASERS - EMERGING APPLICATIONS, Rm. J4 .............................................43 SADL6.1, Applications of Diode Lasers to Pumping of Solid State-lasers SADL6.2, The Future History of Diode Lasers in Optical Recording SADL6.3, System Considerations of Visible Laser Diodes in Barcode Scanning Applications SADL6.4, Visible Semiconductor Laser for Application to Isotope Separation SADL6.5, Laser Diode Ignition of Explosives and Pyrotechnic Materials SADL6.6, Sub-milliamp Threshold Lasers and Their Applications SDL5: LOW DIMENSIONAL LASERS, Rm. J2 ...........................................................................44 SDL5.1 , New Developments in Low Dimensional Semiconductor Laser Structures SDL5.2, Effects of Structural Disorder on Electronic States and Laser Performance in Quantum Wire Lasers SDL6: MID-INFRARED SEMICONDUCTOR LASERS, Rm. J2 ..................................................45 SDL6.1 , Mid-infrared Ill-V Diode Lasers SDL6.2, Room-Temperature CW Operation at 2.2μιτι of GalnAsSb/AIGaAsSb Diode Lasers Grown by Molecular Beam Epitaxy SDL7: RELIABILITY, Rm. J2 ......................................................................................................45 SDL7.1 , Degradation Characteristics of Semiconductor Lasers SDL7.2, Strained InGaAs/AIGaAs Quantum-Well Diode Lasers on Si With Longer Lifetimes SDL8: SEMICONDUCTOR DIODE LASER WORKSHOP OVERVIEW, Rm. J2 ..........................46 , IEEE/LEOS Semiconductor Laser Workshop - Overview WEDNESDAY MORNING, NOVEMBER 6,1991 ENG: ENGINEERING SYMPOSIUM, Rm. F ................................................................................47 ENG1 , The Future of Lasers in Optoelectronics ENG2, Future Of Lasers And Electro-Optics ENG3, Engineering Environment in a Small Company ENG4, The Engineering Environment in a Large Corporation ENG5, Understanding interferometry ENG6, The Mirau Correlation Microscope ENG7, Introduction to Moire Interferometry and its Application to Semiconductor Manufacturing ELT3: DIODE-PUMPED SOLID STATE LASERS II, Rm. J4 ......................................................48 ELT3.1, InGaAs-Diode-Laser-Pumped Yb:YAG Lasers ELT3.2, Resonantly-pumped Solid-State Lasers ELT3.3, lntracavity Pumping of Solid-State Lasers With Nd:YAG VIII GSWL3: NONLINEAR OPTICAL PROCESSES, Rm. Л ............................................................49 GSWL3.1 , Stimulated Brillouin Scattering and Phase Conjugation of Hydrogen Fluoride Laser Radiation GSWL3.2, Threshold Reduction in Stimulated Briliouin Scattering GSWL3.3, Applications of Eiectromagneticaily Induced Transparency OE5: OPTICAL LINK APPLICATIONS, Rm. J3 ..........................................................................50 OE5.1 , Network Architectures and Requirements on Optoelectronic Components for Fiber Applications in the Residential Loop OE5.2, ANSI Fiber Channel Standard, a New Use for High Performance Optoelectronics OE5.3, High Speed, Low Cost Plastic Peripheral Links SDL9: SHORT WAVELENGTH LASERS, Rm. J2 ......................................................................51 SDL9.1 , Visible Laser Diode SDL9.2, High Power, Visible Laser Diodes SDL9.3, Evidence Of Optical Gain at 475 Nm (Blue) In ZnSe, Edge Light Emitting Diodos at Room Temperature SDL9.4, Photopurnped Blue Laser Emission of ZnSe at Room Temperature SDL10: DIODE LASER CHARACTERISTICS AND MODELING, Rm.G ....................................53 SDLIO.I, Amplitude and Phase Distortion of Analogue Intensity Modulated Signals in Semiconductor Optical Amplifiers SDL10.2, Modelling Laser Distortion in SCM Optical Systems SDL10.3, Modelling and Characterization of Harmonic Distortion Associated with the Light - Current Characteristic Nonlinearity in Semiconductor Laser Diodes SDL10.4, Linewidth Enhancement Factor in Narrow-Stripe Strained-Layer InGaAs/GaAs Single-quantum-well (SOW) Laser Operated Under High-Injection Conditions SDL10.5, Model Bistability in Grating-coupled Surface-Emitting Semiconductor Lasers SDL10.6, Analysis of Guided Wave Diode Ring Laser Operation WEDNESDAY AFTERNOON ELT4; DIODE-PUMPED SOLID STATE LASERS III, Rm. J4 ....................................................55 ELT4.1 , Applications of Diode Pumped Lasers ELT4.2,6.7W TEMoo Mode Output From a Diode-End-Pumped Nd:yag Laser ELT4.3, Strain-induced Biréfringent Two-frequency Operation of Diode-pumped Nd:YAG Lasers EĽT4.4, Progress in Diode Pumped LJSAF Lasers ELT5: VISIBLE LIGHT GENERATION BY NONLINEAR CONVERSION, Rm. J4 ......................56 ELT5.1 , Generation of Blue Light by Frequency Doubling of Semicoductor Sources ELT5.2, Advances in the Green Laser and its Applications ELT5.3, Diode Pumped NYAB Green Laser ELT5.4, An Efficient Miniature Green Laser with Diffraction Limited Beam Quality Using a Self- frequency-Doubling Crystal of Neodymium Yttrium Aluminum Borate GSWL4: EXIMER AND CHEMICAL LASER ADVANCES, Rm. Л .............................................57 GSWL4.1 , Chemically Driven Pulsed And CW Visible Laser Amplifiers and Oscillators GSLW4.2, A Concise Model for a Small Discharge-excited XeCl Laser GSWL4.3, High Average Power XeCl Laser With a Spiker-Sustainer Circuit and Surface Corona Preionization IX GSWL4.4, THE XeF(C —> A) Excimer Laser: From Megawatts To Terawatts MANT1 : MANUFACTURING TECHNOLOGY SYMPOSIUM (Joint session with the Engineering Symposium in Cooperation with CHMT), Rm. G .................................59 MANTI. 1, The Drive Towards Excellence in Lightwave Manufacturing MANT1 .2, Some Manufacturing Issues in the Development of Lower Cost Electro-Optical Devices for Communications MANT1.3, MBE Process and Assembly Considerations for High Performance Optical Links · ΜΑΝΤΙΛ Manufacturing and Reliability Considerations for Materials in Fiber Optic Connections OE6: OPTICAL INTERCONNECTS, Rm. J3 ..............................................................................60 OE6.1 , Electrical Crosstalk in a Laser Transmitter Array for Dense Optical Interconnects OE6.2, Integrated-Optic Tunable Taps and Their Application to Large-Scale Optical Transversal Filters OE6.3, Modulators or Lasers for the Optical Interconnections of Systems? OE6.4, Where Will Optical Interconnects Have Real Advantages Over Established Methods OE7: OPTICAL SWITCHING, Rm. J3 ........................................................................................61 OE7.1, Novel Quantum Well Optoelectronic Switching Device with Tunable Stimulated Emission OE7.2, Demonstration of an Optically Addressable 1x2 Optical Crossbar Switch Based on Bistable Diode Laser Amplifiers OE7.3, VSTEP for Optical Logic and Interconnection OE7.4, Switching Energy Requirement of the VSTEP Optoelectronic Switch OE7.5, High Efficiency and Large Light-Output Laser Operation in A pnpn Vertical to Surface,. Transmission Electro-photonic Device with a Vertical Cavity SDL11: PUMP LASERS FOR FIBER AMPLIFIERS, Rm.J2 .....................................................63 SDL1 1.1, Laser Diodes for Pumping Fiber Amplifiers SDL1 1.2, InGaAs/GaAs Ridge-waveguide Lasers with an Etch-stop Layer SDL11.3, InGaAs and AllnGaAs Strained Quantum-well Diode Lasers* SDL1 1.4, High-power Single-mode 980 nm InGaAs/GaAs Lasers for Fiber Optical Amplifiers SDL12: LONG WAVELENGTH QUANTUM WELL LASERS, Rm. J2 .......................................64 SDL12.1 , Strained GainAs(P)/lnP Quantum Well Lasers SDL12.2, 1 .5-μπι Strained-layer Quantum Well Lasers and Laser Amplifiers SDL12.3, Low Threshold Long-wavelength InGaAiAs Quantum Well Laser Diodes Grown by Molecular Beam Epitaxy SDL12.4, The Effect of Biaxial Compressive and Tensile Strain on the Performance of InP/ InGaAs Multi Quantum Weil Lasers Grown by Chemical Beam Epitaxy OSM7: UDAR & FILTERS, Rm. J1 ............................................................................................65 OSM7.1, Doppler Lidar Measurements of Tropospheric Winds OSM7.2, Atoms That Filter Out Sunlight OSM7.3, Resonant Faraday Rotation In Nd:YAG OSM7.4, Optically Pumped Ti Atomic Resonance Filter At 535 nm THURSDAY MORNING, NOVEMBER 7,1991 ELT6: MID IR SOLID-STATE LASERS, Rm. J4 .........................................................................67 ELT6.1 , Modeling of the Resonantly-pumped 2.8-μιη Erbium Laser ELT6.2, Simultaneous CW Lasing at 1.46 and 1 .86μηη In Tm ZBLAN Fiber ELT6.3, 30 Hz, 2.01 Micron TM;CR:YAG Flashlamp Pumped, Room Temperature Laser ELT6.4, A 3W, Fundamental Mode, 2 μιη Solid-state Laser End Pumped with 10W of Fiber Coupled GaAIAs Laser Diode Emission X ELT6.5, Continuous-Wave Modelocked 2 џт Laser ELT7: SOLID STATE LASER TECHNOLOGY, Rm. J4 ............................................................. 69 ELT7.1 , Tuning and Stabilizaation of Doubly Resonant OPO s ELT7.2, Phase-Matching Properties of LÍB3O5 Crystal for TUSapphire Laser Frequency Doubling ELT7.3, Harmonic Mode-locking of a Nd:BEL Laser Using a 20 GHz Dielectric Resonator/ optical Modulator ELT7.4, Reducing Pulse Durations in Diode Pumped Q-switched Solid-state Lasers ELT7.5, Acoustically Tunable External Cavity Fiber Laser ELT7.6, Origin and Reduction of Losses in Laser Glass Waveguides EO4: SIGNAL PROCESSING AND COMPUTING I, Rm. F ....................................................... 71 EO4.1, Connectionism and Optics EO4.2, Recent Advances in Optical Neural Networks Using Beam Fanning in Photorefractive Crystals EO4.3, The Elements of Decision Making in Photorefractive Optical Neural Networks EO4.4, Optoneural Processor for Multi-Target Tracking EO5: SIGNAL PROCESSING AND COMPUTING II, Rm. F ...................................................... 72 EO5.1 , Photorefractive Light Calling and Its Applications to Flexible Interconnections EO5.2, An Electro-Optical Holographic Associative Memory System with Separate Memory and Processor EO5.3, Noise in Nonlinear Optical Computing EO5.4, Threshold-decomposition Optical Image Processing EO8: SEMICONDUCTOR GRAFTED DEVICES AND MODULATORS, Rm. J3 ........................ 73 OE8.1 , Grafted Semiconductor Optoelectronic Devices OE8.2, High Modulation Efficiency and Low Loss InGaAsP/lnP MQW Electroabsorption Modulator OE8.3, InGaAs/GaAs Multiple Quantum Well Electro-optical Waveguide Modulators OE8.4, Laser Compatible InxGai-xAs Quantum Well Waveguide Electroabsorption Modulator OE8.5, GHz Electrooptical Modulation in Surface Oriented NIN AIGaAs/GaAs Multiple Quantum Well Microresonator OE9: QUANTUM-WELL MODULATORS, Rm. J3 .....................................................................75 OE9.1 , Low Barrier Seed Optical Switch Grown By LP-MOCVD OE9.2, Inter-Digital Laterally Contacted Hetero N-I-P-I Bandfilling Modulator Fabricated by Shadow Mask MBE Regrowth Technique OE9.3, Room Temperature Quantum Confined Stark Effects In Inn^Gao^-xAIxAs/ lnO.52Alo.48As Multiple Quantum Wells OE9.4, Optical Properties of (11 1)b and (001) Orientation Strained-Layer AIGaAs-lnGaAs Quantum Wells OE9.5, Experimental Observation of Orientation Dependence of the Change in Electro¬ absorption for (-1 10),{1 10) Oriented GaAs/AIGaAs MQWs OE9.6, Refractive Index Of AIGainAs On In Ρ for Optoelectronic Applications SDL13: TUNABLE LASERS, Rm. J2 .........................................................................................77 SDL13.1 , Monolithic Tunable Semiconductor Laser Using a Mismatched-Waveguide Direc¬ tional-Coupler Filter SDL13.2, Wavelength Tuning in Low Threshold Current InGaAs/AIGaAs Ridge Waveguide Lasers Using an Intra-Cavity Saturable Absorber SDL13.3, Narrow Linewidth GaAs/AIGaAs GRIN-SCH-SQW Laser Diodes With Monolithically Integrated Resonant Optical Reflector Xl , Proposai of a Tunable Laser Diode with Complementary Twin Active Guide SDL13.5, Spatial and Temporal Mode Selection in Tunable High Power External Cavity Semiconductor Lasers SDL13.6, Band Engineering of Optically-pumped Four-level Infrared Lasers SDL14: SHORT PULSES AND COATINGS, Rm. Л ................................................................. 79 SDL14.1 ,1.4 Picosecond Pulses Directly Generated Using a Tandem-contact Actively Mode- locked 1.3 μτη Semiconductor Laser SDL14.2, Passive Q-switching In InGaAs Strained Single Quantum Well Lasers Fabricated by Use of Quantum Well Intermixing SDL14.3, Transform-Limited Gain-Switched Pulses from Distributed-Feedback Laser-Diodes with Spectral Window and Optical Soliton Applications SDL14.4, Beat-signal Generation of A PIC Combining Two GaAs-SQW-DBR-LDs SDL14.5, In Situ Optical Thickness Monitoring in SÌ/SÌO2 Multilayer Deposition For GalnAsP/ InP Surface Emitting Laser Reflectors SDL14.6, Real-time In Situ Monitoring of Antireflection Coatings of Semiconductor Laser Amplifiers by Ellipsometry SDL15: DFB/DBR LASERS 1.5 μηΐ, Rm. J2 .............................................................................. 81 SDL15.1, Design of Narrow-Linewidth Laser Diodes SDL15.2, InP/lnGaAs Gain-Coupled Distributed Feedback Laser with a Corrugated Active Layer SDL15.3, A Control Loop Which Insures High Side-Mode-Suppression Ratio in a Tunable DBR Laser SDL15.4, Tunable DFB Laser with a Striped Thin Film Heater SDL15.5, Extended Tuning Range Semiconductor Lasers with Sampled Gratings THURSDAY AFTERNOON EO6: SIGNAL PROCESSING & COMPUTING III, Rm. F ........................................................... 83 EO6.1, Binary Phase-Only Filters for Optical Automatic Target Recognition EO6.2, Binary Representation of Nonlinear Techniques in the Fourier Domain for Optical Processing EO6.3, Applications of Ferroelectric Liquid Crystal SLMs in Nonlinear Optical Processing OE10: OPTICAL MODULATORS AND APPLICATIONS, Rm. J3 ............................................. 84 OEIO.I, Coupling of Optical Fibers to Integrated Optical Waveguides by Means of Polished Microchannels OE10.2, Clarification Between Reversed Microdomain and Etch PIT On LiNbOß Substrate OE10.3, White-Light Integrated-optical Mach-Zender Interferometer OE10.4, An Electrooptic Amplitude Modulator with Extended Linear Dynamic Range* OEIO.S, Integrated-Optical Modulators for an Adaptive Nulling System OE10.6, High Speed Attenuated Total Internal Reflection Light Modulators SDL16: HIGH SPEED LASERS, Rm. J2 .................................................................................... 86 SDL16.1, Concepts for High Speed Semiconductor Lasers SDL16.2, High Speed Operation Of InGaAs Strained Dual Quantum Well Buried Hetero- structure Lasers SDL16.3, Design of Quantum Well Lasers for High Differential Gain SDL16.4, Quantum-well Laser Dynamics: Comparison of Well/barrier Hole-burning with Spec¬ tral and Spatial Hole-burning SDL16.5, Nonlinear Gain Effects in Optimisation of Semiconductor Lasers for Analogue Applications SDL16.6, Very Low Threshold Strained Layer InGaAs Double Quantum Well Lasers AUTHOR INDEX .........................................................................................................................88 XII AUTHOR INDEX Abbas, G.L ................................................................10 Abdalla, M ...............................................................21 Abdelkader, H .........................................................76 Abouelleil, M.M .......................................................70 Acker, W.P ..............................................................40 Aggarwal, 1 ..............................................................67 Aggarwal, R.L .........................................................48 Aitano, R.R ...........................................................5, 6 Allen, R ...................................................................67 Alles, D...................................................................47 Amano, S ................................................................56 Anderson, D.Z........................................................71 Andersson-Engele, S................................................ 5 Ando, Y ...................................................................17 Andreadakis, N.C................................................... 64 Andrus, W.S ...........................................................19 Anthon, D.W........................................................... 48 Arjavalingam, G ......................................................34 Armstrong, R.L .......................................................40 Aronson, LB........................................................... 27 Auld, B.A ...........................................................69, 85 Awaji, A ...................................................................44 Babic, D.I.......................................................... 30, 77 Bacha, J.S ..............................................................16 Bacher, К ................................................................27 Baer, T ....................................................................55 Ballantyne, J.M .................................................21,54 Ballik, E.A ...............................................................57 Bang, S.-C ..............................................................72 Banner, R.E..............................................................6 Banta, R.M ..............................................................65 Banwell, T............................................................... 27 Bar-Chaim, N..........................................................87 Bar-Joseph, D .........................................................67 Barber, P ................................................................40 Barker, R.C .............................................................76 Bartman, K.K ............................................................7 Bashkansky, M......................................................... 6 Bates, R.S. J .....................................................22,36 Beernik, K.J ............................................................12 Behfar-Rad, A .........................................................21 Benkert, С ...............................................................71 Bergh, A.A ..............................................................20 Bergthold, P ............................................................24 Berlin, M .................................................................33 Betts, G.E...............................................................85 Betts, J....................................................................49 Bhat, R ....................................................................64 Bhattacharya, P ......................................................65 Bingkun, Z ................................................................9 Bishop, S.G ............................................................35 Bloom, D.M ....................................................... 69, 85 Botez, D............................................................ 12, 13 Bowers, J...................................................... 30,77,79 Boyd. J.T ................................................................37 Brown, J.P ................................................................ 5 Brueck, S.R.J ..............................................23, 31, 48 Buchanan, M ..........................................................77 88 Budni, P. A ............................................................... 3 Buehler, M.F ..........................................................38 Burnham, P .............................................................. 3 Burns, W.K ............................................................25 Burroughes, J.H ......................................................34 Bush, S.P ...............................................................55 Bushaw, B.A .......................................................... 24 Busse, L................................................................. 56 Byer, R.L ..........................................................43, 69 Cameron, K.H ........................................................70 Campillo, A,J .........................................................41 Căneau, С............................................................. 64 Capmany, J........................................................... 17 Carlin, D.B.............................................................43 Carrion, W .............................................................49 Cassarly, W.J ........................................................14 Caulfield, H.J .........................................................72 Chai, В................................................................... 56 Chakmakjian, S.H ..................................................14 Chan, W ................................................................. 27 Chan, W.K ............................................................. 73 Chance, В................................................................ 5 Chang, I.C ............................................................... 4 Chang, R.K ............................................................40 Chang, W.S.C .................................................. 76, 85 Chang-Hasnain, С................................................. 27 Chaudhuri, S.K ......................................................37 Chen, D.-W ............................................................ 69 Chen, T.R ........................................................86, 87 Cheng, A ................................................................ 76 Chenoweth, A ........................................................ 10 Cherng, C.-P .......................................................... 13 Chicklis, E.P ............................................................ 3 Chin, M.K ............................................................... 76 Chinone, N.......................................................81, 82 Cho, К ....................................................................26 Choi, H.K ...............................................45, 46,48,63 Choi, W.-Y .............................................................64 Chow, W.W ............................................................44 Choy, D ..................................................................33 Chrien, T.G .............................................................. 4 Chuang, Z.M ............................................................77 Chu, S.T ................................................................ 37 Chun, M.K .............................................................. 56 Clendening, С ........................................................ 49 Cobble, J.A ............................................................ 31 Cockerill, T.M ...................................................12,13 Cohen, D.A ............................................................82 Colbert, T.M .............................................................66 Coldren, L.A ..............................29, 30, 53, 66, 77, 82 Coleman, J.J ....................................................12, 13 Coles, A.N ............................................................. 53 Connolly, J ............................................................. 63 Constable, J.A ....................................................... 53 Corcoran, C.J ........................................................14 Corzine, S.W ......................................................... 29 Cox, III, C.H ...........................................................84 Craig, R.R ..............................................................44 Crawford, D.L ........................................................30 Crawford, F.D ........................................................63 Cummings, R .........................................................50 Cunningham, D.G ..................................................53 Czerniawski, M.J ...................................................24 Daddato, R.J ..........................................................10 Dagenais, M ....................................................61,81 Dandridge, A ..........................................................25 Dane, C.B ..............................................................58 Danieiewicz, E .......................................................47 Das, B.B ..................................................................5 Davidovits, P.......................................................... 38 Davis, C.C....................................................... 26,55 Davis, E.J ..............................................................38 Derickson, D ..........................................................79 Deutsch, T.F ......................................................1,42 Devlin, G.E............................................................ 62 Dinkei, N................................................................63 Dion, M ............................................................74, 77 Dixon, G.J ........................................................49,56 Doughty, К .............................................................70 Dozai, L .................................................................13 Döhter, G.H............................................................75 Dreisewerd, D........................................................ 10 Du, G.T.................................................................. 28 Duan, S.X..............................................................38 Dudley, JJ .............................................................30 Duignan, M.T.........................................................49 Dumont, M .............................................................19 Duncan, M. D ........................................................... 6 Dzurko, K ............................................................... 77 Eastman, L.F ......................................................... 86 Eberhard, W.L.......................................................65 Eckardt, R.C..........................................................69 Ediger, M.N.............................................................. 6 Eglash, S.J ............................................................ 45 Ehtert, J.C ..............................................................14 Ehrlich, DJ............................................................ 32 Eichen, E ............................................................... 21 Eiglar, N.................................................................18 Elman, В ................................................................ 63 Endriz, J .................................................................42 Engelmann, R........................................................54 Eriksen, LM ...........................................................84 Erman, M ............... , ............................................... 22 Esam, E ...................................................................40 Esierowte, L .................................................... 67, 68 Eversole, J.D .........................................................40 Ezökíel, S ...............................................................48 Fan, В .................................................................... 22 Fan, T.Y. ................................................................48 Fan, W ...................................................................72 Fan, Y.X ................................................................. 57 Farwell, M.L ...........................................................85 Favire, F.J ..............................................................64 Feld. M.S...............................................................18 Feldman, B.J ...................................................49, 66 Fernandez, G .........................................................40 FieW, J.E ................................................................50 Finían, J.M ............................................................. 14 Fitzgerald, T.W...................................................... 59 Flood, К. ................................................................14 Florez, L ................................................................27 Fonstad, CG......................................................... 64 Fry, E.S ............................. , .................................... 41 89 Fujii, T. ................................................................... 44 Fujikawa, S ............................................................ 58 Fujita, M.J ..............................................................17 Fulton, R.D ............................................................31 Fung, K.H ..............................................................39 Gabeiras, J.E ......................................................... 17 Gagliardi, R.M ........................................................16 Gahl, J ................................................................... 31 Gamelin, J.K .......................................................... 28 Gardner, N.F .......................................................... 35 Ge, Z ........................................................................ 8 Geels, R.S ............................................................. 29 Gelbwachs, J.A......................................................65 Gilbert, D............................................................... 11 Glomb, Jr., W.L ......................................................25 Godii, A.A. .............................................................69 Goldberg, L ............................................................ 56 Goldenberg, T ........................................................18 Goldsmith, J.E.M ...................................................32 Gole, J.L ...............................................................57 Goodfellow, R........................................................ 60 Gooding, P............................................................. 55 Goodwin, M ...........................................................60 Gozdz, A.S ............................................................ 64 Graff, V. .................................................................44 Grantier, D............................................................. 57 Gregory, DA .........................................................83 Gross, R ................................................................16 Grossman, W ......................................................... 70 Grundfest, W.S ...................................................... 18 Gu, J ................................................................ 40, 41 Guan, Y ................................................................. 52 Guido, L.J ..............................................................76 Gulden, K.H ...........................................................75 Hall, J.L .................................................................. 26 Hamada, H ............................................................ 51 Hamada, M ............................................................78 Hamáno, H ............................................................ 20 Hanson, D .............................................................. 51 Harbison, J ............................................................ 27 Hardesty, R.M ........................................................65 Harris, Jr., J.S .................................................. 27, 79 Harris, К .................................................................19 Harris, S.E ............................................................. 50 Haruta, К ...............................................................58 Hasnain, G .............................................................29 Hayashida, P ......................................................... 13 Hayden, Y.T ........................................................... 70 Hays, J ...................................................................52 Head, D .................................................................55 Heinrich, Н.К .........................................................34 Helkey, R ...............................................................79 Heller, D.F. ............................................................ 33 Henderson, K.E .....................................................16 Hendrix, CD ..........................................................83 Hess, S .................................................................. 15 Heydt, G ................................................................20 Hihara, M .........................................................78, 80 НШ, S.C.................................................................. 40 Hirata, T........................................................... 78,80 Ho, F ....................................................................85 Ho, P.P ....................................................................6 Hofmann, T. ...........................................................58 Holehouse, N.........................................................13 Hong, M .................................................................28 Hosomatsu, H .................................................. 78, 80 Hou, A.S ................................................................69 Hoyt, CD ...............................................................84 Hu, E.L ...................................................................30 Huang, W.P ........................................................... 37 Huang, Y.C ............................................................ 57 Huber, D.R .............................................................34 Hudson, T.D .......................................................... 83 Hull, R.J ................................................................... 5 Humbach, 0 .......................................................... 74 Huston, A.L ............................................................41 Hutchinson. W.K ....................................................85 Hwang, D.M ...........................................................64 Ichmura, Τ ............................................................... 6 Iga, К .....................................................................80 Ikeda, T. .................................................................73 Imamoglu, A .......................................................... 50 Inaba, H ...................................................................6 Inoue, M .................................................................58 Inoue, Τ .................................................................81 Intrieri, J.M .............................................................65 Ippen, E ...................................................................1 Ishikawa, Η ............................................................73 Ishikawa, R ............................................................44 Itzkan, 1 ..................................................................18 Iwano, S .................................................................17 Iwaoka, H ...............................................................81 Iwatsuki, К .............................................................80 Izadpah, H .............................................................27 Jacques, S ............................................................... 6 Jansen, M ........................................... 12,13, ,15, 61 Javidi, В .................................................................83 Jayaraman, V ........................................................82 Jayne, J.T ..............................................................38 Jäger, D ...........................................................74,75 Jeys, T.H ................................................................. 5 Jiang, A.D ..............................................................57 Jiang, S.................................................................. 25 Johnson, LM................................................... 84,85 Johnson, R............................................................ 49 Jones, LA ..............................................................31 Jungst, R.G............................................................44 Kagann, R.H ...........................................................24 Kanayama, К ......................................................... 17 Kane, T.J ...............................................................68 Kaneda, Y ........................................................55,56 Karam, N.H ............................................................46 Kasahara, К ........................................................... 62 Kasukawa, A ..........................................................64 Katz, J ....................................................................43 Kawachi, M ............................................................60 Kennedy, C.J ...........................................................3 Khaled, E.E.M ........................................................ 40 Khurgin, J.B ...........................................................79 Kiersted, M ............................................................55 Kiesel, P.................................................................75 KilHnger, D.K ............................................................2 Kim, B.K .................................................................75 Kim, E.-S ................................................................72 Kim, S.K .................................................................41 King, W.W ..............................................................59 Kino, G.S .........................................................23,48 Kintz, G ...................................................................55 Kitajima, S .............................................................82 Kneissl, M .............................................................. 75 Knights, M.G ............................................................ 3 Kobayashi, К .........................................................62 Koch, T. .................................................................82 Kolb, C.E...............................................................38 Kollipara, R.T .........................................................34 Koop, CG..............................................................49 Koren, U .......................................................... ЗО, 82 Kosáka, H .............................................................. 62 Kourogi, M ............................................................. 25 Koyama, F .............................................................80 Kramer, J.R ...........................................................18 Kubota, S ..........................................................55,56 Kumar, B.V.K ......................................................... 83 Kun, Q ..................................................................... 9 Kurihara, К............................................................. 62 Kwon, O D ............................................................. 75 Kyrala, G.A ............................................................ 31 LaCourse, J ........................................................... 63 Lacovara, P ...........................................................48 Lanzisera, V ...........................................................16 Largent, С ..............................................................15 Larkins, E.C ........................................................... 74 Lau, К. Y ...........................................................11. 86 Lau, S.T...........................................................21 , 54 Lauer, R.B.............................................................63 Lee, Η ....................................................................54 Lee, J ..................................................................... 87 Uè, S.-H ...............................................................72 Lee, S.W ................................................................ 75 Lee, S.R .................................................................13 Lee, Т.Р ................................................................. 64 LeFevre, B.G .........................................................59 Leheny, R.F ...........................................................47 Leibenguth, R ........................................................29 Lengyel, G ............................................................. 76 Leone, S.R ...............................................................8 Lesiecki, M .............................................................32 Lester, L.F .............................................................86 Li, C-S ................................................................... 60 Li., Y ......................................................................79 Liebler, W..............................................................33 Light, E .................................................................... 6 Lin, C ..................................................................... 27 Lin, F ........................................................................ 5 Lin, H.J ..................................................................84 Lin, J ......................................................................28 Lin, J.T ...................................................................69 Lin, K.J .....................................................................84 Lin, P.S.D .............................................................. 64 Lin, T.Y ..................................................................84 Lin, Z.-Q ................................................................. 85 Lind, T.A................................................................84 Linke, R.A.............................................................. 62 Lipscomb, G.F...................................................... 21 Litvack, F ...............................................................18 Liu. F ..........................................................................5 Luo, Y ....................................................................81 Luo, Z.D ................................................................. 57 Lytel, R ..................................................................21 Maeda, M ...................................................27, 78,80 Manon, R ................................................................. 6 Majewski, M.L ........................................................ 53 Major, Jr., J.S ........................................................12 Mälzer, S ...............................................................75 Mannaerts, J.P ......................................................28 90 Marnicela, T.J ........................................................39 Mar. Ä ....................................................................79 Margolis.J .............................................................18 Martinelli. R.U ........................................................45 Masters, M.F.......................................................... 31 Masuda, H....................................................... 55,56 Mawst, L ..........................................................12,13 Mayer, R ................................................................10 Mazzoni, D.L .......................................................... 26 McCarthy, J.C .......................................................... З McGIeese, DJ......................................................... 4 Mclnereny, J.G ..........................................30, 54, 79 Mclnturff, D.T .........................................................34 McKinley, P.K........................................................ 16 Mead, P.F.............................................................. 55 Mehuys, D ............................................................. 12 Melloch, M.R .......................................................... 34 Méndez, A.J .....................................................16, 24 Mendieta, F.J ........................................................... 7 Merz, J.L................................................................ 30 Messerschmitt, D.G............................................... 60 Metľrtsky, В ............................................................ 43 Michel, J.C ............................................................. 75 Miller, B.i................................................................ ЗО Milter, LM .............................................................. 12 Minnigh, S ................................................................ З Mochizuki, T. .........................................................56 Moïse, T.S .............................................................76 Mondry, M.J ........................................................... 77 Montgomery, D...................................................... 71 Moore, A.H............................................................ 13 Moseley, A ............................................................. 60 Moss, D ........................................................... 74, 77 Motamedi, M ............................................................6 Munns, G ...............................................................65 Murison, R .............................................................13 Murphy-Chutorian, D. ............................................ 19 Nagai, H .................................................................58 Nagase, R .............................................................. 17 Nakagawa, К ......................................................... 25 Nakajima, S ........................................................... 81 Nakano, Y .............................................................. 81 Nakwaskì, W ..........................................................28 Nam, D.W ........................................................14,15 Nelson, W.H .......................................................... 35 Němoto, К ..............................................................44 Newman, B.E......................................................... 31 Nichols, D ............................................................. 65 Nighan. W.L ......................................................... 70 Nilami, W. .............................................................. 21 Nishi, S ................................................................... 80 Nishioka, N.S ......................................................... 33 Nogiwa, S ..............................................................78 Novak, D ................................................................53 Numai, T ................................................................62 O Brien, D.R ..........................................................84 O Reilly, J.J ........................................................... 53 Oakes, H ................................................................ 16 Ogura, 1 ................................................................. 62 Oh, G ..................................................... 41 Oh, S ........................................................... L. 86, 87 Ohmori, Y .............................................................. go Ohtsu, M ..........................................................25,44 Oka, M ................................................... Z . . . . Бо 56 Okai, M ................................................... 81 91 Oki, T ............................................................... 78, 81 Okuno, M ...............................................................60 Olsen, CM ....................................................... 22, 60 Olshansky, R......................................................... 16 Opal, D.J ................................................................70 Oprysko, M.M ........................................................ 22 Orenstein, M.......................................................... 27 Osada, H ................................................................. 6 Osel, E ..................................................................... 5 Oshikiri, M ..............................................................80 Osľnski, M .......................................................13, 28 Ou, S.S ............................................................15, 61 Oudar, J.L .............................................................75 Owechko, Y ........................................................... 71 Pace, P.E ...............................................................37 Padmabandu, G.G .................................................41 Palfrey, S.L ............................................................45 Pamulapati, J ......................................................... 65 Pan, Z ....................................................................61 Pankratov, M.M .....................................................33 Park, R.M ...............................................................52 Park, Y. .................................................................. 52 Pathak, В ...............................................................64 Patterson, M.S ...........................................................5 Peckerar, M ...........................................................32 Peele, J.R .............................................................. 39 Pendleton, J.D .......................................................41 Peterson, G ...........................................................12 Pettit, G.H ................................................................ 6 Pfeifer, S................................................................ 49 Pier, T.J .................................................................49 Pilkuhn, M.H ..........................................................44 Pinnick, R.G.....................................................40, 41 Pinto, J.F. .............................................................. 68 Plaessmann, H ......................................................70 Planei, R ................................................................ 75 Plant, T.K ...............................................................34 Pohalski, C.C .........................................................69 Popa, A.E ..............................................................25 Porter, W.M ............................................................. 4 Post, M.J ................................................................ 65 Powaznik, W. ......................................................... 21 Prahl, S.A................................................................6 Psaitis, D ...............................................................71 Qiu. M.W ................................................................57 Raghuraman, R .....................................................54 Ralston, J.D ...........................................................74 Ramamoorthy, P.A ................................................ 37 Ramesh, S.K .........................................................17 Rauschenbach, К.................................................. 14 Rediker, R.H ....................................................14, 84 Reintjes, J ................................................................6 Rhodes, W.T. .........................................................73 Riant, l ...................................................................81 Rideout, E ..............................................................87 Rideout, W .................................................21, 63, 87 Rider, D.M ............................................................... 4 Riley, K.J ...............................................................49 Ritchie, G............................................................... 39 Rogers, D.L ...........................................................35 Rosen, A ................................................................11 Rosen, HJ .............................................................23 Rosenbergs, J .......................................................13 Rosenblatt, G .........................................................68 Roth.TJ ..........................................................12,13 Roussell, H.V ......................................................... 85 Roy, D.N.G ..............................................................6 Rubel, G.0............................................................. 38 Ruekgauer, T.E...............................................40,41 Saddekni, S ........................................................... 33 Saffman, M ............................................................71 Sakamoto, M .........................................................42 Sakano, S ........................................................81, 82 Saleh, В ................................................................. 72 Salgado, H.M ......................................................... 53 Salvi, T.C ...............................................................54 Santero, M ............................................................. 47 Sasayama, К .........................................................60 Sato, Y ................................................................... 58 Sauerbrey, R ......................................................... 58 Schaff, W.J............................................................86 Schamilaglu, E .......................................................31 Schamschula, M.P.................................................72 Schappen. G.T ...................................................... 31 Schaus, C.F........................................................... 30 Schimitschek, E ....................................................... 2 Schlafer, J .............................................................. 21 Schlecht, R ............................................................57 Schofield, J.T........................................................... 4 Scifres, D.R...............................................12, 15, 51 Scott, J.W..............................................................30 Searles, S.K...........................................................31 Seaver, M ..............................................................39 Sergant, M .......................................................12, 15 Serkland, D ............................................................69 Serpengüzel, A ......................................................40 Shan, W ................................................................. 52 Shannon, D.C ........................................................68 Sharfin, W.F .....................................................63, 87 Sharp, T .................................................................58 Shay, T.M ..............................................................26 Shen, K.K ...............................................................57 Shen, Y.R ................................................................8 Shieh, C.L .............................................................. 54 Shin, C.-H .............................................................. 25 Shiraishi, T. ......................................................21, 54 Shore, K.A ............................................................. 87 Shumate, P .............................................................. 1 Simpson, 0 ............................................................ 24 Singh, J ..................................................................45 Sirutkaitis, V ........................................................... 69 Smith, D.J ................................................................ 5 Smith, J.S ..............................................................75 Snipes, M.B ........................................................... 79 Soda, H .................................................................. 73 Söderström, R.L ....................................................50 Soffer, B.H ............................................................. 71 Solarz, R.W. .......................................................... 12 Solgaard, 0 ........................................................... 85 Song, J.J ................................................................ 52 Sonnenschein, А ...................................................85 Spero, R.E............................................................... 7 Stabile, P.J ............................................................ 11 Stahr, F .................................................................. 70 Stoffel, N ................................................................ 27 Stoneman, R.C ......................................................67 Stöhr, A .................................................................. 74 Straight, R.C ............................................................ 6 Su, S.F ...................................................................16 Suda, К .................................................................. 78 Suehiro, M .......................................................78, 80 Sugimoto, M .......................................................... 62 Sugita, A ................................................................ 60 Sugita, E ................................................................17 Sun, G ...................................................................79 Suzuki, K.-l ............................................................ 80 Suzuki, M ............................................................... 82 Szabó, G ................................................................58 Tabasky, M ............................................................59 Tacke, M ................................................................ 10 Tada, К ....................................................................81 Takigawa, S ........................................................... 27 Tanaka, H .............................................................. 59 Tang, I.N................................................................ 39 Tang, Q .................................................................. 83 Tang, W.C.............................................................23 Tankeraley, LX......................................................... 6 Taylor, A.J.............................................................31 Temkin, H ..............................................................64 Teng, D ..................................................................86 Thackara, J.I ..........................................................85 Thompson, R.B ...................................................... 42 Thomas, M .............................................................75 Thonnard, N ........................................................... 24 Ticknor, A.J............................................................ 21 Tittel, F.K ...............................................................58 Toida, M................................................................... 6 Tomlinson, W.J........................................................9 Tong, F.................................................................. 60 Torres, J.H ...............................................................6 Trewhella, J.M .......................................................22 Tripathi, V.K ...........................................................34 Trussell. C.W ........................................................... 2 Tsai, R.B ..................................................................84 Tsuchiya, H ............................................................ 63 Tsuchiya, T ............................................................82 Tu, C ......................................................................15 Tucker, J.E............................................................31 Ulbricht, L..............................................................50 Ungar, J ...........................................................86, 87 Valdez, E.C ............................................................26 Van Eck, T.E..........................................................21 van Gement, M.C .................................................... 6 van Wieringen, N .....................................................6 Vassell, М.О ........................................................... 87 Vaughn, D.E.L .......................................................70 Vecht, D.L ..............................................................68 Verdeyen, J.T ........................................................35 Verdieil. J.M ...........................................................81 Vergnolle, С........................................................... 61 Verleur, H.W.......................................................... 59 Von Lehman, А ...................................................... 27 Waarts, R.G .....................................................14,15 Wada, H ................................................................. ЗО Wada, M ................................................................ 63 Wahlin, E.K............................................................ 31 Wallace, R.W .........................................................68 Walling, J.C ........................................................... 33 Walpole, J.N .......................................................... 63 Wang, С ...................................................................7 Wang, CA .................................................46, 48, 63 Wang, L .....................................................................6 Wang, S ................................................................. 28 Wanninger, P......................................................... 26 Warren, J.M ...........................................................34 92 Watanabe, Τ .......................................................... 73 Waters, R.G ...........................................................45 Waynant, R............................................................ 19 Welblinger, R.P ........................................................ 6 Welch, A.J ...............................................................6 Welch, D.F ...........................................12,14, 15, 51 Wexler, B.L ...................................................... 31, 66 Whinnary, J.R ........................................................75 White, C.J ..............................................................30 White, I.H ...............................................................53 Whitney, W.T ......................................................... 49 Wieder, H.H........................................................... 76 Wiesenfelc), J.M..................................................... 29 Williams, R.L .................................................... 74, 77 Willing, S ................................................................42 Wilson, B.C .............................................................. 5 Wilson, W.L ...........................................................58 Wingen, G.............................................................. 75 Wînstead, C.B ........................................................ 57 Wisoff, PJ. ............................................................58 Wong, Y.C.A .......................................................... 87 Woodall, J.M .......................................................... 34 Woodward, S......................................................... 82 Warland, P............................................................. 42 Worsnop, D.R ........................................................38 Wi), B .....................................................................28 Wu, C.K ................................................................. 79 Wu, I.-F .................................................................. 81 Wu, X ..................................................................... 75 Wuilert, J ................................................................27 Wynn, J.D .............................................................. 29 Xia, ZM .................................................................. 57 Xie, J.-G ...........................................................40,41 Xu, C.L...................................................................37 Yamada, N ............................................................. 79 Yamaguchi, A ........................................................ 80 Yamaguchi, S ........................................................ 58 Yamaguchi, T ........................................................ 51 Yamamoto, E ......................................................... 78 Yang, J .................................................................. 13 Yang, J.J..........................................................15, 61 Yang, ST. .............................................................. 69 Yangy, X.H ............................................................ 52 Yariv, A ........................................................9, 86, 87 Yevick, D ............................................................... 37 Yi-mo, Z ................................................................... 8 Yi-Yan, A ............................................................... 73 Yimo, Z .................................................................. 72 Yizhi, G .................................................................... 9 Yodoshi, К ............................................................. 51 Yoo, J .................................................................... 52 Υοο, K.M ..................................................................5 Yoon, G ...................................................................6 Young, , M.G ......................................................... ЗО Yu, Ν ......................................................................54 Zah, C.E................................................................ 64 Zahniser, M.S ........................................................38 Zaidi, S.H ................................................... 23, 31, 48 Zhang, Q ................................................................ 56 Zhao, В ............................................................86, 87 Zhuang, Y.H ....................................................86, 87 Zory, P .............................................................46, 52 Zumkley, S ............................................................. 75 93
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spellingShingle	LEOS '91 conference digest IEEE Lasers and Electro-Optics Society 1991 Annual Meeting November 4 - 7, 1991, San Jose Convention Center San Jose, CA Electrooptics Congresses Lasers Congresses Laser (DE-588)4034610-9 gnd Optoelektronik (DE-588)4043687-1 gnd
subject_GND	(DE-588)4034610-9 (DE-588)4043687-1 (DE-588)1071861417
title	LEOS '91 conference digest IEEE Lasers and Electro-Optics Society 1991 Annual Meeting November 4 - 7, 1991, San Jose Convention Center San Jose, CA
title_auth	LEOS '91 conference digest IEEE Lasers and Electro-Optics Society 1991 Annual Meeting November 4 - 7, 1991, San Jose Convention Center San Jose, CA
title_exact_search	LEOS '91 conference digest IEEE Lasers and Electro-Optics Society 1991 Annual Meeting November 4 - 7, 1991, San Jose Convention Center San Jose, CA
title_full	LEOS '91 conference digest IEEE Lasers and Electro-Optics Society 1991 Annual Meeting November 4 - 7, 1991, San Jose Convention Center San Jose, CA
title_fullStr	LEOS '91 conference digest IEEE Lasers and Electro-Optics Society 1991 Annual Meeting November 4 - 7, 1991, San Jose Convention Center San Jose, CA
title_full_unstemmed	LEOS '91 conference digest IEEE Lasers and Electro-Optics Society 1991 Annual Meeting November 4 - 7, 1991, San Jose Convention Center San Jose, CA
title_short	LEOS '91 conference digest
title_sort	leos 91 conference digest ieee lasers and electro optics society 1991 annual meeting november 4 7 1991 san jose convention center san jose ca
title_sub	IEEE Lasers and Electro-Optics Society 1991 Annual Meeting November 4 - 7, 1991, San Jose Convention Center San Jose, CA
topic	Electrooptics Congresses Lasers Congresses Laser (DE-588)4034610-9 gnd Optoelektronik (DE-588)4043687-1 gnd
topic_facet	Electrooptics Congresses Lasers Congresses Laser Optoelektronik Konferenzschrift 1991 San Jose Calif.
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003724253&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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