Particle combustion dynamics of metal-based reactive materials

Keyphrases

• Al Powder 66%
• Aluminum-based 33%
• Base Metals 100%
• Burning Time 100%
• CO2 Laser 33%
• Combustion 33%
• Combustion Dynamics 100%
• Combustion Temperature 33%
• Composite Materials 33%
• Composite Particles 33%
• High Temperature 33%
• Hydrocarbons 33%
• Ignition 33%
• In Situ 33%
• Infrared Laser 33%
• Laser Beams 33%
• Light Scattering 33%
• Low Power 33%
• Mechanical Milling 33%
• Micron Particles 33%
• Nanocomposite Powder 33%
• Oscillatory Patterns 33%
• Oxidizer 33%
• Particle Combustion 100%
• Particle Emission 33%
• Particle Size Effect 33%
• Polyethylene 33%
• Polyethylene Particles 33%
• Reactive Materials 100%
• Surface Reaction 33%
• Vapor Phase 33%

Engineering

• Additional Data 33%
• Al Powder 33%
• Burn Time 100%
• Combustion Temperature 33%
• Composite Material 33%
• Ignition 33%
• Infrared Laser 33%
• Laser Beam 33%
• Mechanical Milling 33%
• Nanocomposite 33%
• Oscillatory Pattern 33%
• Oxidizer 33%
• Particle Emission 33%
• Reactive Material 100%
• Scattered Light 33%
• Size of Particle 33%
• Sized Particle 33%

Material Science

• Aluminum 100%
• Carbon Dioxide 100%
• Composite Material 50%
• Composite Particle 50%
• Nanocomposites 50%
• Polyethylene 100%
• Powder 100%
• Surface Reaction 50%