Fully dense, aluminum-rich Al-CuO nanocomposite powders for energetic formulations

Earth & Environmental Sciences

• nanocomposite 100%
• energetics 78%
• aluminum 69%
• reaction rate 65%
• combustion 50%
• material 35%
• top-down approach 29%
• refining 21%
• product 21%
• explosion 20%
• diffraction 20%
• mass transfer 18%
• coating 18%
• oxide 16%
• heating 15%
• particle size 15%
• matrix 13%
• metal 12%
• energy 10%
• experiment 8%
• temperature 8%
• rate 7%
• analysis 5%

Engineering & Materials Science

• Nanocomposites 93%
• Powders 70%
• Aluminum 67%
• Reaction rates 37%
• Ignition 29%
• Powder Diffraction 19%
• Exothermic reactions 14%
• Ball milling 14%
• Chemical analysis 14%
• Milling (machining) 13%
• Heating rate 12%
• Thermoanalysis 11%
• Refining 10%
• Particle size 10%
• Explosions 10%
• X rays 9%
• Mass transfer 9%
• Oxides 9%
• Coatings 8%
• Metals 6%
• Temperature 4%
• Experiments 3%

Physics & Astronomy

• nanocomposites 75%
• formulations 60%
• aluminum 59%
• thermites 45%
• ignition 27%
• reaction kinetics 26%
• exothermic reactions 12%
• products 12%
• refining 11%
• thermal analysis 9%
• explosions 8%
• mass transfer 8%
• balls 8%
• performance 8%
• filaments 8%
• inclusions 7%
• preparation 7%
• coatings 6%
• heating 6%
• oxides 6%
• room temperature 5%
• matrices 5%
• diffraction 5%
• metals 4%
• x rays 4%
• energy 2%