DIRECTED ENERGY PROFESSIONAL SOCIETY Event Proceedings 2004 SSDLTR The items listed below constitute the proceedings from the 2004 Solid State Diode Laser Technology Review. These, and other DEPS event proceedings, are available through the DEPS online store. Unless otherwise noted, presentations only are included for each entry. Papers from the SSDLTR are published in the SSDLTR Technical Digest. Attendees List Conference Proceedings Introduction to Beam Quality Dr. Sean Ross AFRL/DELO Dr. Pete Latham AFRL/DELA High Power Fiber Lasers Recent Progress on High Power Fiber Lasers and Amplifier Fiber-2 Dr. Denis Gapontsev, IPG Photonics Review of High Power Fiber Lasers Fiber-3 Mr. Don Spalinger, SPI High Power Fiber Laser System - 60 Watt Green Output Fiber-4 Dr. Andrew Brown, Aculight Corporation KW-Power Single-mode Fiber Lasers Using 20-µm Core Yb-doped DC Fibers Fiber-5 Dr. Almantas Galvanauskas,University of Michigan KW Class Fiber Lasers Fiber-6 Dr. Peter Cheo, PC Photonics Solid State Lasers Frequency-Agile Laser for Low-Earth Orbit Doppler Shift Corrections SS-1 Ms. Estelle Andrews, Coherent Technologies, Inc Simulations of Target Interactions with Pulsed High-Energy Solid State Lasers SS-2 Dr. Charles Boley, LLNL Updated Progress and Results on Ceramic Laser Gain Materials Vida K. Castillo VLOC, subsidiary of II-VI Incorporated Intracavity Adaptive Correction of a 10kW, Solid-State, Heat-Capacity Laser SS-4 Dr. Kai LaFortune, University of California Thermal Shock Resistance of AFBTM YAG/Sapphire Single Crystal Composites SS-5 Dr. Huai-Chuan Lee, Onyx Optics Ultralight Laser Designator (ULD) Development: Total Internal Reflection (TIR) Solid State Laser SS-7 Dr. John Nettleton, US Army, CERDEC 1-Gbps Amplified Retro-Modulator for Free-Space Optical Communications SS-8 Dr. Thomas Shay, UNM/CHTM Power System and Thermal Management Li Ion Energy Storage For Pulse Power Applications PT-3 Dr. Tom Matty, SAFT America High Power, Lightweight Thermal Energy Storage For Solid State Laser Weapons Systems PT-5 Dr. Chandrakant Baxi,General Atomics Spray Cooling Of High Power Sources PT-6 Dr. Lanchao Lin, UES, Inc. Thermal Energy Storage for Thermal Management of High-Power Solid-State Lasers PT-7 Dr. Daniel Rini, Rini Technologies Inc. Cooling Megawatts of Pump Diodes PT-8 Mr. Kip Hazlett, Decade Optical Systems, Inc. Correlation of Subcomponent Testing on Laser Diode Array Performance and Reliability PT-9 Dr. Jason Carter, PennState Electro-Optics Center Mid Infrared Sources 3mm Fiber Laser Pumped Optical Parametric Oscillator MIR-1 Dr. Sean Ross, AFRL/DELO High Performance Quantum Cascade Lasers at the Center for Quantum Devices MIR-3 Dr. Manijeh Razeghi, Northwestern University Monolithic Semiconductor Mid-IR Optical Parametric Oscillators with Modal Phase Matching MIR-5 Dr. R. Lammert, Quintessence Photonics Corporation Optical Pumping Injection Cavity Lasers Toward High Power Conversion Efficiency at Room Temperature MIR-6 Dr. Linda Olafsen, University of Kansas Interband Cascade Mid-IR Lasers for IR Countermeasures MIR-8 Dr. R. Tober, Army Research Laboratory Beam Combination and Control Ultra-Low-Threshold High-Gain Optical Phase Conjugator for High-Power Laser Beam Correction BEAM-1 Dr. Feng Zhao, Omega Optics Inc. High Power Phase-Locked Fiber Laser Array BEAM-2 Dr. Chris Corcoran, Corcoran Engineering Maximum Far Field Uniformity of Laser Diode Arrays BEAM-3 Mr. Frederick Way, Decade Optical Systems, Inc. High-density Spectral Beam Combining By Thick PTR Bragg Gratings BEAM-4 Dr. Igor Ciapurin, School of Optics / CREOL Spectral Beam Combining of Large Mode Area Fiber Lasers BEAM-5 Dr. Angus Henderson, Aculight Corporation A Beam Control Concept for Tactical Vehicle-Mounted Solid State Heat-Capacity Laser Applications BEAM-6 Dr. Bradley Jost, Goodrich Corporation First Experimental Demonstration of Fiber Phase Locking by RF Phase Modulation BEAM-7 Dr. Vincent Benham, IIT Industries Efficient Multiple-Beam Combining in Stimulated Brillouin Scattering Fiber Beam Combiner BEAM-8 Dr. Won Roh, AFIT /ENP Diode Pump Lasers Al-free High Power Conversion Efficiency Diode Laser Diode-1 Dr. M. Kanskar, Alfalight Inc High Power 1470-nm Semiconductor Laser Bars and Stacks Diode-3 Dr. Paul Crump, nLight Photonics Corporation Fiber-Coupled Kilowatt Diode Laser Pumps Produce 800 Watts of Fiber Laser Output Diode-5 Dr. Bodo Ehlers, Fraunhofer High Power Frequency-Stabilized Surface Emitting Diode Laser Arrays with Monolithic Turning Mirrors Diode-6 Dr. M. Osowski, Quintessence Photonics Corporation Power Scaling Issues for Optically Pumped VECSEL/OPSL Structures Diode-7 Dr. Jerome Moloney, University of Arizona High Power Laser Source with Spectrally Beam Combined Diode Laser Bars Diode-8 Dr. Chuck Hamilton, Aculight Corporation Solid State Lasers # 2 Fiber Laser Pumping of CW and Pulsed Optical Parametric Oscillators SS2-3 Dr. Angus Henderson, Aculight Corporation Mechanical Design of a Gain Media Exchange System for the Solit State Heat Capacity Laser SS2-5 Mr. Richard Phelps, General Atomics Continuous-Wave Sodium Guidestar Laser Systems SS2-6 Dr. John Telle, AFRL/DES Poster Sessions Laser Damage Resistance of Photo-Thermo-Refractive Glass Bragg Gratings P-4 Dr. Leonid Glebov, School of Optics/CREOL Transient Thermal Analysis of 1.47 um High Power Diode Laser Arrays P-9 Dr. Alex Gourevitch, SUNY Stony Brook Improvements of Performance of High-Power Multimode Laser Diodes and Arrays Achieved by Use of Volume Bragg Grating TechnologyTM P-15 Dr. Volodin, BL PD-LD Inc. Compact, High Power, Mid-infrared Semiconductor Laser P-18 Dr. Ananda Cousins, Aculight Corporation 2.3-mm GaSb-based Linear Laser Array With 10 W CW at Room Temperature P-20 Dr. Gregory Belenky, SUNY Stony Brook Determination of the Intensity-Dependent Refractive Index of an Ytterbium-doped Fiber Laser by the Kramers-Kronig Relation P -21 Dr. Erik Bochove, AFRL/DELO Generation of Novel Wavelengths by Means of Raman Conversion P-24 Dr. Guerman Pasmanik, Passat, Inc. Generation of High Power 1535nm Light from Short Cavity Cladding Pumped Er-Yb Phosphate Fiber Lasers P-30 Dr. Jerome Moloney, Arizona Center for Mathematical Sciences and Optical Sciences Center Contamination and Materials Risk Management in Solid State Laser Systems P-33 Dr. John Canham, Swales Aerospace, Inc. Optical & Thermal Anlyses of High-Power Laser Diode Arrays P-38 Dr. Graham Allen, NASA GSFC 10 Watt Sources at 914 nm and 1064 nm Based on Nd:YVO4 Passively-Q-switched Laser Amplified in Cladding-pumped Nd:fiber P-39 Dr. Thomas Kane, Lightwave Electronics Corporation   Copyright 2017 Directed Energy Professional Society   DHTML/JavaScript Menus by OpenCube Last updated: 17 August 2017