Mechanically alloyed magnesium–boron–iodine composite powders

Keyphrases

• Iodine 100%
• Composite Powder 100%
• Iodine Release 33%
• Iodine Oxidation 33%
• Iodine Loss 33%
• Low Temperature 16%
• Composite Particles 16%
• High Temperature 16%
• Reactive Materials 16%
• Biocidal Properties 16%
• Thermogravimetric Analysis 16%
• Magnesium 16%
• Mass Loss 16%
• Mechanical Milling 16%
• Oxidation Behavior 16%
• High Temperature Oxidation 16%
• Oxidizing Gas 16%
• Oxidizing Environment 16%
• Munitions 16%
• Apparent Activation Energy 16%
• Inert Gas 16%
• MgB2 16%
• Ambient Air 16%
• Biological Weapons 16%
• Inert Environment 16%
• Gas Species 16%
• Initial Weight Loss 16%
• Ice Temperature 16%
• Dry Ice 16%

Engineering

• Composite Powder 100%
• Mols 100%
• Low-Temperature 50%
• Reactive Material 50%
• Mechanical Milling 50%
• Thermooxidation 50%
• Mass Loss 50%
• Apparent Activation Energy 50%
• Ambient Air 50%
• Gas Specie 50%
• Munition 50%

Material Science

• Powder 100%
• Oxidation Reaction 100%
• Composite Particle 20%
• Activation Energy 20%
• Magnesium 20%
• Thermogravimetric Analysis 20%
• Inert Gas 20%