Effect of a superhydrophobic coating on the combustion of aluminium and iron oxide nanothermites

Engineering & Materials Science

• Superhydrophobicity 100%
• Iron oxides 96%
• Aluminum oxide 71%
• Coatings 55%
• Composite materials 32%
• Coated materials 27%
• Ordnance 26%
• Metal cutting 23%
• Nanocomposites 19%
• Binders 17%
• Propulsion 16%
• Vapors 16%
• Power generation 15%
• Gases 10%
• Water 10%

Physics & Astronomy

• iron oxides 80%
• aluminum oxides 60%
• coatings 50%
• composite materials 34%
• ordnance 29%
• metal cutting 29%
• bubbles 28%
• torches 24%
• energy 21%
• propulsion 20%
• nanocomposites 16%
• chemistry 16%
• vapor phases 14%
• formulations 12%
• water 10%
• gases 9%

Chemistry

• Iron Oxide 70%
• Coating Agent 44%
• Bubble 39%
• Energy 35%
• Composite Material 27%
• Torch 25%
• Environment 21%
• Binding Agent 16%
• Nanocomposite 12%
• Application 11%
• Gas 9%
• Metal 8%