Laser driven flyers for investigations of shock initiation of explosives

Keyphrases

• High Temperature 100%
• Energetic Materials 100%
• Shock Initiation 100%
• Explosive Initiation 100%
• Laser-driven Flyer 100%
• Flyer Plate 50%
• Shock 50%
• Void Space 50%
• Nanovoid 50%
• Detonation 50%
• Plate System 50%
• Void Size 50%
• Binder 50%
• Tabletop 50%
• Tabletop Interfaces 50%
• 32-channel 50%
• Chemical Kinetics 50%
• Shock Duration 50%
• Polymer Bound 50%
• Fine Powder 50%
• Octahydro-1,3,5,7-tetranitro-1,3,5,7-tetrazocine 50%
• Gas Composition 50%
• Microvoids 50%
• Adiabatic Compression 50%
• Hot Temperature 50%
• High-speed Diagnostics 50%
• Powder Grains 50%
• Optical Temperature Measurement 50%
• Gas Voids 50%
• Extreme High Temperature 50%
• Pyrometer 50%
• Controllable Microstructure 50%
• Duration Dependence 50%

Material Science

• Powder 100%
• Explosive 100%
• HMX 50%

Physics

• Energetics 100%
• Reaction Kinetics 50%