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DIRECTED ENERGY
PROFESSIONAL SOCIETY
Event Proceedings |
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2005 SSDLTR |
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The items listed below constitute the proceedings from the
2005 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 |
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High Energy Laser Joint Technology Office Overview
Plenary-1 Mr. Ed Pogue, HEL Joint Technology Office |
Army Science and Technology: High Energy Lasers
Plenary-2 Ms. Mary Miller,ASA (ALT) |
Air Force Solid State Lasers
Plenary-3 Dr. Bruce Simpson, Air Force Research Laboratory |
Navy HE SSL S&T
Plenary-4 Mr. Quentin Saulter, Office of Naval Reasearch |
High Power Laser Technology at DARPA
Plenary-5 Dr. Robert Leheny, DARPA |
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Alternate Wavelength Sources | |
Power Scaling Broadband Laser Sources
ALT-1 Dr. Roy Mead, Aculight Corporation |
Single-Mode Operation of Multi-Mode Fiber Raman Laser
ALT-2 Mr. Nathan Terry, Air Force Institute of Technology |
New Raman Transceivers for 1.37-1.6 µm Range
ALT-3 Dr. Guerman Pasmanik, Passat, Inc |
Fiber-Pumped, Singly Resonant CW OPO with 0.8 Watt Threshold
ALT-4 Dr. Angus Henderson, Aculight Corporation |
High-Average Power Visible Generation in Periodically-Poled Nearly Stoichiometric Lithium Tantalate
ALT-5 Dr. Scott Sharpe, Physical Sciences Inc. |
A Pulsed Sum Frequency Laser for Generating Synthetic Beacons
ALT-6 Dr. Edward Kibblewhite, University of Chicago |
Update on the AFRL 50-watt Facility-Class Sodium-Guidestar Pump Laser
ALT-7 Dr. John Telle, Air Force Research Laboratory/DES |
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Diode-Bar Side-Pumping of Double-Clad Fibers
FIBER-4 Dr. Jeffrey Koplow, Sandia National Laboratory |
Single Transverse Mode Yb-Doped Fiber Laser Generating up to 500µJ/11W with Flexible Pulse Parameters
FIBER-8 Mr. Tim Lauterborn, Fraunhofer |
Multi-Kilowatt High-Brightness Fiber Coupled Diode Laser Systems
Dr. Nels Ostrom, Nuvonyx, Inc. |
400-W Peak CW Power per Bar from 1-cm GaAs Bars For Emission Wavelengths From 800-nm to 980-nm, 90-W per bar at 660-nm
Dr. Paul Crump, nLight |
Vacuum Testing of High-Power Laser Diode Arrays
Dr. Eliot Geathers, Pennsylvania State University |
Advances in High Brightness Semiconductor Lasers
Dr. R Lammert, Quintessence Photonics Corporation |
Emitter-Level Screening of Laser Diode Subassemblies
Mr. Ryan Feeler, Northrop Grumman Cutting Edge Optronics |
Qualification of High-Power Laser Bars for Space Applications
Dr. Rajiv Pathak, Lasertel Inc. |
Compact High Power, High Brightness Diode Laser for Pumping of Solid State Lasers
Dr. Andreas Brandt, Visotek, Inc. |
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Thermal and Power Management | |
Thermal Management for Laser Systems
TP-3 Dr. Pete Cologer, Swales Aerospace |
Thermal Management of High Heat Flux Systems Using Micro-Jet Arrays
TP-4 Dr. Shari Motakef, Cape Simulations, Inc |
Evaporative Spray Cooling and Thermal Energy Storage for Thermal Management of High Energy Lasers
TP-7 Mr. Benjamin Saarloos, Rini Technologies Inc. |
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Determination of the Er3+ to Ho3+ Energy Transfer Coefficient in (Er, Ho):YAG
SS1-1 Dr. Russell Kurtz, Physical Optics Corporation |
Diode Pumped Alkali Vapor Lasers-A New Pathway to High Beam Quality at High Average Power
SS1-2 Dr. R. Page, Lawrence Livermore National Laboratory |
Low Thermal Load Er:YAG Laser for Long-Range Coherent Wind Lidar
SS1-4 Dr. Robert Stoneman, Coherent Technologies, Inc. |
Power Scaling of Single-Mode High-Power Fiber Lasers
SS2-6 Dr. Peter Cheo,PC Photonics Corp. |
High-Power, Tm-Fiber-Laser-Pumped, Ho:YLF Laser
SS1-6 Dr. Peter Moulton, Q-Peak, Inc. |
Scaling Adhesive Free Bonding to Weapons-Level Size Components
SS1-7 Dr. Huai-Chuan Lee, Onyx Optics, Inc |
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Beam Combination and Control | |
Stability of an N-Core Evanescently Coupled Fiber Amplifier Array with Nonlinear Refractive Index
BC-1 Dr. Erik Bochove, Air Force Research Laboratory/DELO |
Experimental Demonstration of a Phase-Locked Fiber-Laser Array in a Self-Fourier Cavity
BC-2 Dr. Christopher Corcoran, Corcoran Engineering, Inc. |
External Cavity for Phase Locked Laser Array
BC-3 Dr. Frederic Durville, Optical Fiber Systems Inc |
Scaling Fiber Lasers Beyond kW Power Levels By Spectral Beam Combining
BC-4 Dr. Charles Hamilton, Aculight Corporation |
Beam Phasing of a Multi-Channel Amplifier Using a Fiber SBS Phase-Conjugate Mirror
BC-6 Mr. Brent Grime, Air Force Institute of Technology |
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Space Qualification of Laser Diodes
DIODE1-1 Dr. Elisavet Troupaki, NASA Goddard Space Flight Center |
High Power Laser Diode Array Reliability Assessment & Improvement
DIODE1-2 Mr. Eliot Geathers, Penn State University - Electro Optics Center |
High Power Ultra-High Brightness and Reliability Multi-Mode Diode Pumps
DIODE1-4 Dr. Alex Ovtchinnikov, IPG Photonics Corp |
Highly Reliable 9xxnm Laser Diode Bars with High Efficiencies
DIODE1-6 Dr. Jun Li, Coherent Semiconductor Business Unit |
High Efficiency Bars at JDS Uniphase
DIODE1-7 Dr. Matthew Peters, JDS Uniphase |
Development of High Brightness High Power Fiber Laser Pump Sources
DIODE1-8 Dr. John Haake, Nuvonyx, Inc |
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High Volume Diode Array Production
DIODE2-1 Mr. Fred Way, Decade Optical Systems, Inc. |
High Power Conversion Efficiency Diode Laser Bars 808nm-975nm
DIODE2-2 Dr. Manoj Kanskar, Alfalight Inc. |
Eye-Safe, High-Power Grating-Outcoupled Surface-Emitting Semiconductor Lasers
DIODE2-3 Dr. S. David Roh, Photodigm |
Quantum Cascade Laser Development at the Center for Quantum Devices
DIODE2-5 Dr. Manijeh Razeghi, Northwestern University, Center for Quantum Devices |
Modal Gain Band Structure in Flat Field Intensity Coherent Arrays
DIODE2-6 Dr. Iulian Petrescu-Prahova, High Power Devices |
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Chirped Bulk Bragg Gratings in PTR Glass for Ultrashort Pulse Stretching and Compression
SS2-1 Dr. Vadim Smirnov, Univ. of Central Florida, CREOL |
Single-Mode Power Scaling in Rotary Disk Lasers
SS2-2 Dr. Santanu Basu, Sparkle Optics Corporation |
Three Dimensional Simulation of Thermal Responses of End and Edge Pumped Yb:YAG Slabs
SS2-3 Dr. Ying Chen, University of Central Florida, CREOL/FPCE |
Efficiency Analysis of the Er:YAG Laser with InP-Based, Ultra-Low-Photon-Defect, Diode Pumping
SS2-4 Dr. Mark Dubinskii, US Army Research Laboratory |
40-mm-Core, Single-Mode Yb-Doped Photonic Crystal Fiber Laser Designed for Spectral Beam Combination
SS2-5 Dr. Fabio Di Teodoro, Aculight Corporation |
Performance Improvement of a High Power Yb:YAG Laser
SS1-5 Mr. Dennis Harris, The Boeing Company |
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High Peak Power Polarization Preserving EYDFA
P-5 Dr. William Torruellas, Fibertek Inc |
Concentration Dependent Q-Switched Lasing of Ceramic Nd:YAG
P-7 Dr. Mark Dubinskii, US Army Research Laboratory |
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