Simplified laser-driven flyer plates for shock compression science

Keyphrases

• Ablative Layer 33%
• Absorber 33%
• Beam Homogenization 33%
• Beam Homogenizer 33%
• Commercially Available 33%
• Diffractive 33%
• Emission Spectroscopy 66%
• Flight Process 33%
• Flyer 100%
• Flyer Plate 66%
• Glass Substrate 33%
• Hugoniot Equation of State 33%
• Impact Initiation 33%
• Impact Processes 33%
• Impact Time 33%
• Kinetic Energy 33%
• Laser Beam Homogenization 33%
• Laser Fluence 33%
• Laser-driven Flyer Plates 100%
• Launch System 33%
• Launching Process 33%
• Metal Foil 33%
• N-of-1 33%
• Nanoscopic 33%
• Nd-YAG Laser 33%
• One-based 66%
• Optical Damage 33%
• Optics 33%
• Oxidizer 33%
• Photon Doppler Velocimeter 33%
• Plate System 33%
• Polymer Film 33%
• Punching 33%
• Reactive Materials 33%
• Shock 33%
• Shock Compression 100%
• Simple Metals 33%
• Simplified System 66%
• State Observation 33%
• Steady Shock 33%
• Time Variation 33%
• Velocity Variation 33%
• Window Glass 33%
• YAG Laser 33%

Engineering

• Diffusive 50%
• Doppler Velocimeter 50%
• Equations of State 50%
• Glass Substrate 50%
• Homogenizer 50%
• Impact Process 50%
• Investigated Effect 50%
• Laser Fluence 50%
• Optical Fiber 50%
• Oxidizer 50%
• Plate System 50%
• Polymer 100%
• Punching 50%
• Reactive Material 50%
• State Measurement 50%

Physics

• Fiber Optic 50%
• Fluence 50%
• Homogenizing 50%
• Hugoniot Equation of State 50%
• Kinetic Energy 50%
• Optics 50%
• YAG Laser 100%