Reactive composite boron - Magnesium powders prepared by mechanical milling

Engineering & Materials Science

• Magnesium powder 100%
• Boron 65%
• Magnesium 43%
• Oxidation 43%
• Composite materials 33%
• Powders 33%
• Ignition 29%
• Electric sparks 25%
• Explosions 15%
• Oxides 14%
• X ray diffraction analysis 10%
• Heating rate 9%
• Hot Temperature 3%
• Temperature 3%

Physics & Astronomy

• magnesium 55%
• boron 49%
• oxidation 42%
• composite materials 35%
• boron oxides 27%
• electric sparks 25%
• ignition 18%
• explosions 17%
• filaments 16%
• heat of combustion 15%
• spark ignition 14%
• ignition temperature 13%
• hydroxides 11%
• flames 8%
• surface layers 8%
• heating 6%
• diffraction 5%
• x rays 4%

Earth & Environmental Sciences

• boron 61%
• magnesium 50%
• oxidation 32%
• explosion 15%
• oxide 12%
• test 9%
• hydroxide 7%
• surface layer 7%
• X-ray diffraction 6%
• combustion 6%
• heating 5%
• removal 4%
• material 3%
• temperature 3%
• rate 2%
• effect 1%