Fully dense nano-composite energetic powders prepared by arrested reactive milling

Engineering & Materials Science

• Powders 100%
• Composite materials 71%
• Activation energy 32%
• Metals 29%
• Ignition 27%
• Oxides 26%
• Mechanical alloying 21%
• Exothermic reactions 21%
• Electron microscopy 20%
• Reagents 18%
• Particle size analysis 17%
• Reaction rates 17%
• Argon 17%
• Heating rate 17%
• Pressure vessels 16%
• X ray diffraction 15%
• Aluminum oxide 14%
• Particle size 14%
• Aluminum 11%
• Temperature 6%

Chemical Compounds

• Nanocomposite 81%
• Composite Material 61%
• Thermites 47%
• Pressure Vessel 45%
• Reaction Activation Energy 42%
• Particle Size Analysis 38%
• Exothermic Reaction 37%
• Filament 30%
• Electron Microscopy 26%
• Volume 17%
• X-Ray Diffraction 15%
• Metal 13%
• Mixture 13%
• Time 11%

Physics & Astronomy

• composite materials 75%
• metal oxides 29%
• thermites 24%
• activation energy 22%
• ignition temperature 21%
• burning rate 20%
• exothermic reactions 20%
• pressure vessels 18%
• reagents 17%
• ignition 14%
• reaction kinetics 14%
• electron microscopy 13%
• filaments 13%
• aluminum oxides 12%
• argon 12%
• aluminum 10%
• heating 9%
• cross sections 9%
• diffraction 8%
• metals 7%
• x rays 6%
• performance 6%
• energy 4%