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DIRECTED ENERGY
PROFESSIONAL SOCIETY
2002 Directed Energy Symposium Technical Program |
12-15 November 2002 |
Monterey, California | |
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The technical program for the Fifth Annual Directed Energy Symposium
is presented below. Both classified and unclassified sessions were offered during the Symposium.
Wednesday Morning, 13 November |
King Hall |
PLENARY SESSION |
UNCLASSIFIED/PUBLIC DOMAIN |
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Session Co-Chairs: |
CDR Roger McGinnis, Directed Weapons Energy Program Office
Dr. Robert Peterkin, Air Force Research Laboratory |
|
0700 |
Registration/Security Check-in |
0800 |
Welcome & Opening Remarks |
CDR Roger McGinnis |
0805 |
NPS Welcome |
RADM David Ellison |
0815 |
DEPS Welcome |
Dr. Donald Lamberson |
0825 |
DOD Transformation |
Mr. Ken Krieg |
0850 |
View from the Hill |
Mr. Stephen Traver |
0910 |
DDR&E Perspective |
Dr. Ronald Sega |
0930 |
Navy Perspective |
RADM Mike Mathis |
0950 |
Break |
1020 |
Marine Corps Perspective |
MajGen Kevin Kuklok |
1040 |
Army Perspective |
MG John Urias |
1100 |
Air Force Perspective |
Mr. Jim Engle |
1120 |
Missile Defense Agency Perspective |
Col Ellen Pawlikowski |
1140 |
Joint Solid State Laser Program |
Dr. Earl Good |
1200 |
Lunch, Investiture of DEPS Board Members (NPS Banquet Hall) |
Wednesday Afternoon, 13 November |
King Hall |
HEL TECHNOLOGY OVERVIEW |
FOUO/SECRET US Only |
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1300 |
Security Check-in |
1330 |
Administrative Remarks |
1335 |
Update on Foreign Ground Based Air Defense and ASAT Laser Weapons |
1400 |
Status of the Air Borne Laser Program |
1425 |
Advanced Tactical Laser Status |
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UNCLASSFIED/PUBLIC DOMAIN |
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1450 |
Joint Technology Office Overview |
Mr. Edward Pogue, Director of Joint Technology Office |
1515 |
Jefferson Laboratory 10 kW Free Electron Laser Project |
Dr. Fred Dylla, Jeffersn Laboratory |
1540 |
Break |
1610 |
MTHEL Program Status |
Mr. Gerald Wilson, USA Space & Missile Defense Command |
1635 |
Solid State Heat Capacity Laser Program Status |
Dr. Randall Buff, USA Space & Missile Defense Command |
1700 |
JTO Educational Program |
Mr. William "Pete" Latham, Air Force Research Laboratory |
1725 |
Adjourn |
Wednesday Afternoon, 13 November |
Glasgow Hall |
HPM OVERVIEW |
FOUO/SECRET US Only |
|
1300 |
Security Check-in |
1330 |
Administrative Remarks |
1335 |
OSD HPM Overview |
1355 |
Army Overview |
1415 |
Navy Overview |
1435 |
Air Force Overview |
1455 |
Break |
1515 |
JPO-STC Overview |
1535 |
DTRA Overview (U)Reduction Agency, Washington DC |
1555 |
Directed Energy Weapons Requirements to Support CINC OPLANS |
1615 |
Fleet Battle Experiment |
1635 |
Foreign Radio Frequency Weapons Development and Threat to US Systems |
1655 |
Adjourn |
Thursday Morning, 14 November |
King Hall |
HEL SOURCES I |
FOUO/SECRET US Only |
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0700 |
Security Check-in |
0800 |
Administrative Remarks |
0810 |
The Free Electron Laser Scale-Up Program at JLab |
0840 |
Full-Scale Laser Module Testing in Support of Airborne Laser Program |
0910 |
A Novel Approach to Coupling High Power Fiber Lasers |
0940 |
Poster Break (King Hall Lower Level/Spanagel Hall) |
1040 |
High Power Free Electron Beam Laser (FEL) Point Design |
1110 |
Compact Phase-Locked Laser Array |
1140 |
Simplified Coupling Scheme for DiodecPumped HEL |
1210 |
Lunch, JTO Award Ceremony (NPS Banquet Hall) |
Thursday Afternoon, 14 November |
King Hall |
HEL SOURCES II |
FOUO/SECRET US Only |
|
1300 |
Security Check-in |
1340 |
Administrative Remarks |
1350 |
Zero OPD Window |
1420 |
On the Development of 100-kW Class QCW Diode-Pumped, Diffraction-Limited, Solid-State Laser, Based on the Coherent Beam Coupling from Multiple Parallel Laser Amplifiers |
1450 |
High Power RF & Power Conditioning for Free Electron Laser (FEL) Applications |
1520 |
Break |
1550 |
High Intensity Coherent Source With Laser Arrays |
1620 |
Multi-Beam Free Electron Lasers |
1650 |
Adjourn |
Thursday Morning, 14 November |
Mechanical Engineering Auditorium |
HEL MODELING, SIMULATION & PREDICTIONS I |
UNCLASSIFIED/PUBLIC DOMAIN |
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Session Chair: |
Mr. Edward Pogue, Joint Technology Office |
Vice Chair: |
Dr. Don Decker, Naval Air Weapons Center, China Lake |
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0700 |
Registration/Security Check-in |
0800 |
Administrative Remarks |
Mr. Ed Pogue, Joint Technology Office |
0810 |
Standards HEL Modeling Simulation Infrastructure |
Dr. Glen Parram, Wright Patterson AFB |
0840 |
Atmospheric Propagation of Intense Short Laser Pulses |
Dr. Phillip Sprangle, Naval Research Laboratory |
0910 |
Standardized Tools for Modeling and Simulation of Directed Energy Weapons |
Dr. Steve Doerr, SAIC |
0940 |
Poster Break (King Hall Lower Level/Spanagel Hall) |
1040 |
Fiber-Coupled High Brightness High Power Diode Laser for Solid-State Laser Pumping |
Dr. Bodos Ehlers, Fraunhofer Center for Laser Technology |
1110 |
Numerical Study of Laser Weapon Lethality |
Dr. V.V. Semak, Applied Research Laboratory |
1140 |
Standardized Tools for Modeling and Simulation of Directed Energy Weapons |
Dr. Munson Kwok, The Aerospace Corporation |
1210 |
Lunch, JTO Award Ceremony (NPS Banquet Hall) |
Thursday Afternoon, 14 November |
Mechanical Engineering Auditorium |
HEL MODELING, SIMULATION AND PREDICTIONS II |
UNCLASSIFIED/PUBLIC DOMAIN |
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Session Chair: |
Charles Higgs, MIT/Lincoln Laboratory |
Vice Chair: |
Lt Col Christopher Washer, Joint Technology Office |
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1300 |
Security Check-in |
1340 |
Administrative Remarks |
Dr. Chuck Higgs, MIT Lincoln Laboratory |
1350 |
Design and Simulation of High-Power, High Gain FEL Amplifier |
Dr. Dinh Nguyen, Los Alamos National Laboratory |
1420 |
Simulations of the Proposed 100 kW Jefferson Laboratory Free Electron Laser |
LT Brian Ossenfurt/LT Campbell, Naval Postgraduate School |
1450 |
Measurements of Wakefield Effects in High Brightness Electron Beams Source Development Lab |
H. Loos, Brookhaven National Laboratory |
1520 |
Break |
1550 |
Effects of Repetitively Pulsed 1054nm Laser Beams on Aluminum Alloy |
Dr. Craig Walters, Craig Walters Associates |
1620 |
Effects of Atmospheric Aerosol Particles on Laser Atmospheric Extinction |
Dr. Jeff Reid, Space and Naval Warfare Command |
1650 |
Adjourn/FONT> |
Thursday Morning, 14 November |
Glasgow Hall |
HPM EFFECTS I |
FOUO/SECRET US Only |
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0700 |
Registration/Security Check-in |
0800 |
Administrative Remarks |
0810 |
Active Denial System Human Effects |
0830 |
GPS Susceptibility to HPM |
0850 |
Assessment of RF Survivability |
0910 |
Terrorist HPM Assessment Program |
0930 |
Susceptibility of Satellites and their Ground Stations |
0950 |
Recurrence Plot Analysis of Circuit Chaos |
1010 |
Poster Break (Spanagel Hall) |
1110 |
An Investigation of the Threat to U.S. Infrastructure by Power Distribution System Injection |
1130 |
Recent Effects Field Tests |
1150 |
HPM Assessments of Infrastructure Targets |
1210 |
Lunch, JTO Award Ceremony (NPS Banquet Hall) |
Thursday Afternoon, 14 November |
Glasgow Hall |
HPM EFFECTS II |
FOUO/SECRET US Only |
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1300 |
Security Check-in |
1340 |
Administrative Remarks |
1350 |
Wideband Target Identification |
1410 |
Transient Reverberation Response Analysis: A Technique to Measure Shielding Propagation and Coupling in Buildings and Compartments |
1430 |
Out-of-Band RF Induced Nonlinear Dynamic Response to Some "Complex" Circuits |
1450 |
IR Photograph Diagnosis of HPM Environments |
1510 |
Radio Frequency Susceptibility Investigation of Laptop Computers |
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HPM MODELING & SIMULATION |
FOUO/SECRET US Only |
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1530 |
Electromagnetic Susceptibility Data Analysis Using Multivariate Logistic Regression |
1550 |
Break |
1610 |
The Use of Computational Electromagnetic Modeling in Effects Analysis |
1630 |
HPM Engagement Modeling |
1650 |
Mission Level HPM Modeling |
1710 |
Adjourn |
Friday Morning, 15 November |
King Hall |
HEL APPLICATIONS AND LETHALITY |
FOUO/SECRET US Only |
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0700 |
Security Check-in |
0800 |
Administrative Remarks |
0810 |
Compact Source Development |
0840 |
Improving the Fidelity of Directed Energy Representation in Battlefield Modeling Simulation |
0910 |
The AFRL/DE Virtual Concept Design Center |
0940 |
Poster Break (Spanagel Hall) |
1040 |
Expendable Modular High Energy Laser (EMHEL) Warhead Concept |
1110 |
Expendable Modular Against MANPADS by Direct Sensor Attack |
1140 |
Missions and Technologies for High Energy Lasers |
1210 |
Symposium Adjourns |
Friday Morning, 15 November |
Mechanical Engineering Auditorium |
HEL BEAM CONTROL/SYSTEMS INTEGRATION & TESTING |
UNCLASSIFIED/PUBLIC DOMAIN |
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Session Chair: |
Dr. Edward Duff, Air Force Research Laboratory |
Vice Chair: |
Maj Dennis Card, Space and Missile Defense Command |
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0700 |
Security Check-in |
0800 |
Administrative Remarks |
Dr. Edward Duff, Air Force Research Laboratory |
0810 |
Dual Stage Deformable Mirror Development |
Lt Col Christopher Washer, Joint Technology Office |
0840 |
The Cryogenic Mirror Program at Jefferson Laboratory |
Dr. S.V. Benson, Thomas Jefferson Laboratory |
0910 |
Laser Photocathode Driven Microbunching for FEL Applications |
Mr. Jonathan Neumann, University of Maryland |
0940 |
Poster Break (Spanagel Hall) |
1040 |
Beam Control Prisms for Diode Laser Arrays |
Te-Yuan Chung, University of Central Florida |
1110 |
Proposal of a Novel Self-Phasing Mechanism in Multicore Fiber Laser For High Energy Laser Applications |
Mr. Erick Bochove, Air Force Research Laboratory |
1140 |
Instrumental Targets for High Laser Performance Diagnostics |
Dr. Charles Higgs, MIT/Lincoln Laboratory |
1210 |
Symposium Adjourns |
Friday Morning, 15 November |
Glasgow Hall |
HPM MODELING & SIMULATION (Cont’d) |
FOUO/SECRET US Only |
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0700 |
Security Check-in |
0800 |
Administrative Remarks |
0810 |
RF Attack Alerting Device |
0830 |
Statistical Tools for HPM Modeling |
0850 |
Simulation of Complex Buildings Using MAGIC |
0910 |
The Validation of a Computational Approach to Predict RF Coupling into Complex Enclosures |
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HPM SOURCES |
FOUO/SECRET US Only |
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0930 |
Modular Low Frequency High Power Microwave Generator |
0950 |
Progress in the Development of High Power Liquid Dielectric Switches for Directed Energy Applications |
1010 |
Active Denial System Technology Brief |
1030 |
Spectral Field Mapping of the Etcheron Valley and Darwin Was Outdoor Test Ranges |
1050 |
Lightweight Cryogenic Power System Integration for DEW |
1110 |
Pulsed Power Technologies for Compact RF Sources |
1130 |
Some Recent Developments in High Power Reltron Sources |
1150 |
High-Power Plasma Assisted Microwave Source |
1210 |
Symposium Adjourns |
Thursday Morning, 14 November, 0940-1110 |
Spanagel Hall |
POSTER SESSION I |
FOUO/SECRET US Only |
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0940 Security Check-in |
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- 3D Imaging Laser Radar Systems with Photo-Counting Sensitivity
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- THEL Limited Operation Evaluation Test
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- High Power Diode Pumped Yb:YAG Solid State Track Illuminator Laser for the Airborne Laser Program
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- Systems Engineering Model for Solid-State High Energy Laser
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- Ytterbium High-Energy Solid State Laser
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- Completion of Manufacture Development Test Oxyfluoride
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- HPM Susceptibility of Navigation Devices
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- Frequency Selective Radomes to Protect Receiver Front-Ends
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- Design and Development of a High-Voltage Coaxial Hydrogen Switch
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- Modular Low Frequency High Power Microwave Generator
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- Domestic Water System Vulnerability to HPM Scenarios and Tests
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- Progress in the Development of High Power Liquid Dielectric Switches for Directed Energy
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- EM Field Modeling
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- GPS Susceptibility to HPM
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- Industrial Infrastructure Effects Tests
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- Directed Energy Warfare (Radio Frequency) Database Overview
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- Statistical Approach for Conducting In-Situ Electromagnetic Shielding Assessments
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- The Etchereon Valley Range
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- The Transient High Output Radiator
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- Network Electronic Attack Simulator (NEAS)
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- Naval Radio Frequency Weapons
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- Substrate Conduction Limiter to Protect Receiver Front-Ends
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- An Innovative Methodology to Develop a Unique Test Facility for HPM Effects Testing
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- The MOATS Complex: A Unique RF Test
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- Overmoded GW-Class Surface Wave Microwave Oscillator
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- The Validation of a Computational Approach to Predict RF Coupling into Complex Enclosures
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- RF Modeling Capabilities
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- Out-of-Band RF Induced Nonlinear Dynamic Responses to Some ‘Complex’ Circuits
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- Comparing HPM Propagation Models (FDTD and Ray Tracing)
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- Tactical Conformal Window Development
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Thursday Morning, 14 November, 0940-1110 |
King Hall Lower Level |
POSTER SESSION II |
UNCLASSIFIED/PUBLIC DOMAIN |
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Session Chair: |
Mr. Quentin Saulter, Joint Technology Office |
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- Effects of Atmospheric Environment on Navy HEL Weapons
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Joung Cook, Naval Research Laboratory |
- Unlock the Potential of Directed Energy Weapons
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Stan Darbo, ELMCO, Inc |
- Development of Dispenser Cathodes for RF Photo-Injectors for Free Electron Lasers
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D.W. Feldman, University of Maryland |
- Experimental Validation of Three Dimensional Computer Model for Laser Pulse Propagation in the Atmosphere
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D.F. Gordon, Naval Research Laboratory |
- In-Situ Measurement of Temperature Profiles and Plume Formation at the Surfaces of Samples Irradiated by a Picosecond Laser Pulse Train
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J. Grun, Naval Research Laboratory |
- Mesh Free Particle for Simulation of Laser Lethality
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Mark Hoffman, Science Applications International Corporation |
- Theoretical Analysis of Electron Emission from RF Dispenser
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Kevin Jensen, University Maryland |
- Laboratory Investigation of Tactical HEL Propagation Scenarios
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J.E. Kansky, MIT LL |
- Validation and Verification of the Laser Range Safety Tool (LRST)
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Ken Keppler, Northrup Grumman |
- Femtosecond Atmospheric Light Strings; Supercontinuum/RF Emission
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Jerome V. Moloney, University of Arizona |
- An Efficient Diode Driver for Diode Pumped Solid State Lasers
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Joe Ortiz, Raytheon Electronic Systems |
- Thermal Blooming and Raman Scattering of HEL Pulse Trains
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Joe Penano, Naval Research Laboratory |
- Preliminary Design of a 1.3 GHz CW Photo-Cathodes Gun
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J. Rose, Brookhaven National Laboratory |
- Advanced Airborne Laser Radar Tracking and Imaging Sensor
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Greg Skidmore, Mission Research Corp |
- THEL ACTD Active Image Processing Performance
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M. Hibben, TRW |
- Design of a High Average-Current RF Photoinjector For 100 kW FEL
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Tom Schultheiss, Advanced Energy Systems |
Friday Morning, 15 November, 0940-1110 |
Spanagel Hall |
POSTER SESSION III |
UNCLASSIFIED/PUBLIC DOMAIN |
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Session Chair: |
Lewis DeSandre Air Force Research Laboratory |
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- Lightweight Substrate Properties for HEL Relay Mirror Applications
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Javier Baca, AFRL/DEBS Kirtland AFB, NM |
- Identification and Measurement of Low-Absorption Regions in the 1.6 um and 2.1 um Atmospheric Transmission Windows
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William E. Bicknell, MIT Lincoln Laboratory |
- Simulations of Material Interactions with a Solid-State Heat Capacity Laser
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C.D. Boley, University of California |
- Resonator Theory of Spectral Beam Combining of Fiber Laser Arrays
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Erick Bochove, AFRL/DELO |
- Laser Beam Propagation Measurements and Modeling In a Maritime Atmospheric Environment
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Donald Decker, NAWC, AD China Lake, CA |
- High Intensity Coherent Sources with Laser Arrays
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J. Barhen, Oak Ridge National Laboratory |
- Theoretical Comparison of Repetitively Pulsed and CW Laser Penetration of Metals
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David Campbell, Raytheon Missile Systems |
- A Digital Terrain Clutter Model for Active System
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Mike Cathcart, Georgia Tech Research Institute |
- Laser Seeded Free Electron Laser Experiments at Brookhaven National Laboratory
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A. Doyuran, Brookhaven National Laboratory |
- Novel Candidate HEL Material Yb: NaBi(WO4)2
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Bahram Zandi, Army Research Laboratory |
- End Diode Pumped QCW Nd:YAG Amplifier with Pulse Repetition Rate of One Kilohertz for Scalable HEL Application
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G. Pasmanik, Army Research Laboratory |
- Nonlinear, Time-Domain Analysis of Coupled-Cavity Traveling Wave Tubes and Klystrons
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H.P. Freund, SAIC |
- Simulation of Pre-Bunching in Free Electron Lasers
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H.P. Freund, SAIC |
- FELSIM: FEL Systems Analysis Application
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Michael Hughes, Advanced Energy Systems |
- Liquid Multi-Jet Impingement Cooling of Large Area Heat Flux Surface
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A.E. Schroth, Raytheon Electronic Systems |
- Ablation Studies with the Jefferson Lab FEL
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M.D. Shinn, Thomas Jefferson Laboratory |
- USAF High Energy Laser Safety Program
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Robert Thomas, USARL, Brooks AFB |
- Transform Wave Sensor Development
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Lt Col Christopher Washer, Joint Technology Office |
- A High-Power Megawatt-Class Free Electron Laser Using A Short Rayleigh Length
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T. Campbell, Naval Postgraduate School |
- Complementary Weapon Suite Concept for Ship
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Joung Cook, Naval Research Laboratory |
- Permanent Magnet FEL Systems
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Steve Gottschalk, STI Optronics Inc |
- New Wiggler Technology
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Steve Gottschalk, STI Optronics Inc |
- Some Recent Developments in High Power Reltron Sources
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David Price, Titan Systems Corporation |
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