Comparison of engineered nanocoatings on the combustion of aluminum and copper oxide nanothermites

Chemistry

• Application 2%
• Atomic Force Microscopy 6%
• Atomic Layer Epitaxy 40%
• Bubble 27%
• Chemical Vapour Deposition 7%
• Coating Agent 41%
• Composite Material 4%
• Deposition Technique 9%
• Energy 28%
• Fluorocarbon 30%
• Fourier Transform Infrared Spectroscopy 4%
• Metal 3%
• Nanocoating 90%
• Scanning Electron Microscopy 5%
• Self Assembled Monolayer 25%
• Thermites 53%
• Time 6%
• Torch 12%

Engineering & Materials Science

• Aluminum oxide 66%
• Atomic force microscopy 7%
• Atomic layer deposition 35%
• Characterization (materials science) 5%
• Chemical vapor deposition 6%
• Coatings 52%
• Composite materials 3%
• Contact angle 6%
• Copper oxides 100%
• Fluorocarbons 25%
• Fourier transform infrared spectroscopy 7%
• Metal cutting 7%
• Ordnance 8%
• Power generation 4%
• Propulsion 5%
• Scanning electron microscopy 4%
• Self assembled monolayers 27%
• Vapors 5%
• Water 6%

Physics & Astronomy

• aluminum oxides 56%
• atomic force microscopy 4%
• atomic layer epitaxy 24%
• bubbles 13%
• characterization 3%
• coatings 46%
• composite materials 3%
• copper oxides 80%
• energy 11%
• infrared spectroscopy 5%
• metal cutting 9%
• ordnance 9%
• pellets 41%
• propulsion 6%
• scanning electron microscopy 3%
• thermites 36%
• torches 7%
• vapor deposition 4%
• vapor phases 4%
• water 6%