Oxidation of Magnesium: Implication for Aging and Ignition

Engineering & Materials Science

• Magnesium 100%
• Ignition 84%
• Oxidation 83%
• Aging of materials 75%
• Powders 43%
• Oxygen 43%
• Activation energy 42%
• Oxides 34%
• Steam 33%
• Preignition 23%
• Temperature 21%
• Calorimetry 17%
• Metals 17%
• Powder metals 16%
• Particle size analysis 15%
• Reaction rates 15%
• Thermogravimetric analysis 15%
• Propellants 14%
• Moisture 11%
• Heating 9%
• Heat transfer 9%
• Experiments 4%

Physics & Astronomy

• magnesium 90%
• ignition 90%
• oxidation 69%
• steam 43%
• oxygen 32%
• activation energy 29%
• oxides 25%
• kinetics 24%
• pyrotechnics 19%
• oxidizers 17%
• metal powder 16%
• propellants 15%
• heat transmission 14%
• particle size distribution 14%
• moisture 14%
• metal surfaces 13%
• reaction kinetics 12%
• temperature 11%
• heat measurement 11%
• formulations 9%
• heating 8%
• metals 6%

Chemical Compounds

• Magnesium Atom 78%
• Oxidation Reaction 42%
• Reaction Activation Energy 27%
• Dioxygen 26%
• Preignition 24%
• Oxide 21%
• Metal 18%
• Propellant 16%
• Environment 15%
• Heat Transfer 14%
• Particle Size Distribution 13%
• Calorimetry 12%
• Fuel 11%
• Thermogravimetric Analysis 9%
• Alloy 9%
• Diffusion 8%
• Porosity 7%
• Time 4%
• Surface 4%
• Application 4%