High Energy Laser Weapons Systems Applications - The Black Vault

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GBL GGG GPS H 2 O 2 HE HE-HMMWV HEL HELMP HELSTAR HELSTF HF HFOT HMMWV HP HPM HUD IFX IOC IR IRCM IRU ISR JCS JLab JROC JTO KCl KEW KOH LASSOS LiIon LLNL MNS MTHEL Na NASA NBC Nd NMD NRO Ground Based Laser Gadolinium Gallium Garnet Global Positioning System Hydrogen Peroxide High Energy Hybrid Electric High Mobility Multi-Purpose Wheeled Vehicle High-Energy Lasers High Energy Laser Master Plan High Energy Laser System-Tactical Army High Energy Laser System Testing Facility Hydrogen Fluoride Hydrogen Fluoride Overtone High Mobility Multi-Purpose Wheeled Vehicle High Power High Power Microwave Heads Up Display Integrated Flight Experiment Initial Operational Capability Infrared Infrared Counter-Measures Inertial Reference Units Intelligence, Surveillance and Reconnaissance Joint Chiefs of Staff Thomas Jefferson National Accelerator Facility Joint Requirements Oversight Council Joint Technology Office Potassium Chloride Kinetic Energy Weapon Potassium Hydroxide Lasers and Space Optical Systems Lithium Ion Lawrence Livermore National Laboratory Mission Needs Statement Mobile THEL Sodium National Aeronautics and Space Administration Nuclear, Biological and Chemical Neodymium National Missile Defense National Reconnaissance Office F-2
O&O ORD OSD OWS PDRR Pk RCO RCS RF RWS S&T SB-COIL SBL SBM SBS SDIO SEAD SMDC SNS SOR SRS SSHCL SSL STRS TAWG TAWS TBM THEL TMD TMS TPDEW TRL TTPs UAV UCAV UHP USD(AT&L) USDOD-IMOD UXO VHP Observe and Orient Operational Requirements Document Office of the Secretary of Defense Outgoing Wavefront Sensor Program Definition and Risk Reduction Probability of Kill Rapid Cook-Off Radar Cross Section Radio Frequency Return Wave Sensor Science and Technology Space-Based COIL Space Based Laser Space Based Mirrors Simulated Brillouin Scattering Strategic Defense Initiative Office Suppression of Energy Air Defense [Army] Space and Missile Defense Command Spallation Neutron Source Starfire Optical Range Simulated Raman Scattering Solid State Heat Capacity Laser Solid State Laser Simulated Thermal Rayleigh Scattering Technology Area Working Group Target Acquisition Weather Software Theater Ballistic Missile Tactical High Energy Laser Theater Missile Defense Thermal Management System Technology Integration Planning for Directed Energy Weapons Technology Readiness Level Technology Transition Plans Unmanned Ariel Vehicles Uninhabited Combat Air Vehicle Ultra High Power Under Secretary of Defense for Acquisition, Technology & Logistics United States Department of Defense-Israeli Ministry of Defense Unexploded Ordnance Very High Power F-3
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Defense Science Board Task Force on
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TABLE OF CONTENTS EXECUTIVE SUMMARY
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INTRODUCTION Several decades of sci
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In addition, the task force was ask
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Findings: Current Initiatives Airbo
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Findings: New Applications Airborne
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Countermunitions Maritime Self- Def
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Findings: Science and Technology Th
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Include deployable optics technolog
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• Solid-State Lasers. Increase te
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CHAPTER I. CURRENT INITIATIVES
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• Lethality defines the total ene
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ABL PAC-3 FLOT THAAD Navy Theater W
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PATH TO OPERATIONAL SYSTEM Followin
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Technology Investment Schedule(FY)
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system, because loss resulting from
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SBL IFX DEMONSTRATION The SBL IFX i
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Capability Assessment A definitive
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Top Risks for IFX Element ID Risk I
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Issue: No Operating System Concept
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• Beam Control (wavefront error a
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00 01 02 03 04 05 06 07 08 09 10 HF
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The lower left part of Figure 17 sh
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01 02 03 04 05 06 07 08 Relay Mirro
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200 Funding ($M) 150 100 50 Tier 3
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HIGH ENERGY LASER SYSTEM - TACTICAL
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down of a single Katyusha rocket. I
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concentrations of .8% have been gro
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DF Lasers An artist’s conception
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TASK FORCE FINDINGS 1. The THEL ACT
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As technology matures, the operatio
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Space and Missile Defense Command a
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this pressure. Hence the ATL, using
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• They require a mirror constella
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optics a few KW would be required.
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fluids in order to improve output p
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This program will develop and demon
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mirrors be a significant part of th
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Cost ($B) $80 $60 $40 48 laser sats
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Space Ancillary Missions Ground Anc
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OBJECTIVES The objective of the EAG
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2. Ground-, sea-, air-, and space-b
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Air Force studies have identified p
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capabilities create a desired effec
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question of how weather and environ
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Figure 46. The Army Vision THE OBJE
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efore they could lock on and engage
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Current deuterium fluoride technolo
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elative near term, and support a po
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wavelength and CW and pulse wavefor
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COUNTERMUNITIONS The Army Space and
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• The Waste Heat Subsystem provid
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Figure 49. The Littoral Warfighting
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technology approach that has been u
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Rules of engagement in operations o
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sight to the specific target(s). In
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Incorporating HEL systems into mili
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ADA integrator contractor to be imp
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triggered, need to be established u
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Maritime HEL Propagation 1 - 4.5 m
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In addition to the atmospheric phys
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A SOLUTION TO THE WEAPONEERING PUZZ
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Weapons Characteristics • Warhead
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REQUIRED WORK The Department of Def
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the extent that overall system leve
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BEAM CONTROL A recent study by the
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1st Generation 2nd Generation 3rd G
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• Many integration/demonstration
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Figure 67. Proposed Funding Profile
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concepts ranging from 50 to 300+ KW
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Free Volume = ~7 m 3 Beam Control S
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Table 3. Total SSHCL Weapon system
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8000 7000 Weight (kgs) 6000 5000 40
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Although the patent for the laser w
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In the intermediate region, cost an
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ATMOSPHERIC PROPAGATION AND COMPENS
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econstitutes the laser fluids. A be
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Another concern for FELs, which hav
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Appropriately developed and applied
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• Tactical High Energy Laser - Fi
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APPENDICES
Page 179 and 180: A-1
Page 181: APPENDIX B. TASK FORCE MEMBERSHIP
Page 184 and 185: Dr. Ralph Schneider Mr. Mike Wardla
Page 187 and 188: October 19-20, 2001 Name Topic Col.
Page 189: Capt. Jeff Barchers Dr. Al Ullman D
Page 193 and 194: TACTICAL HEL FIGHTER STUDY - BOEING
Page 195 and 196: • Enabling technologies critical
Page 197 and 198: In the future, the laser target eff
Page 199 and 200: Cloud Cover & Fog Molecular Absorpt
Page 201 and 202: P CFLOS = 0.8 Figure D-5. Notional
Page 203 and 204: egion on the right hand pie chart r
Page 205 and 206: • CUMULONIMBUS (CB) - Cauliflower
Page 207 and 208: With this brief discussion of the n
Page 209 and 210: In the future, off-board sensors wi
Page 211 and 212: Figures D-12 and D-13 illustrate po
Page 213: APPENDIX E. FREE ELECTRON LASERS
Page 216 and 217: straightforward with modest improve
Page 218 and 219: 1. Develop ampere level average cur
Page 220 and 221: Spallation Neutron Source (SNS) thu
Page 222 and 223: RF Input Accelerator Optical Feedba
Page 224 and 225: picosecond electron pulses over tho
Page 227: APPENDIX F. GLOSSARY OF ACRONYMS AN
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