In-situ synthesis of Mg₂Si intermetallics via powder metallurgy process

Physics & Astronomy

• powder metallurgy 95%
• ignition temperature 76%
• intermetallics 73%
• plastics 64%
• synthesis 59%
• magnesium 52%
• thermal analysis 52%
• solid state 41%
• annealing 32%
• structural analysis 29%
• silicon 29%
• crystallites 24%
• thermal stability 24%
• causes 16%
• shift 16%
• matrices 15%

Engineering & Materials Science

• Powder metallurgy 94%
• Intermetallics 87%
• Plastics 45%
• Thermoanalysis 43%
• Annealing 40%
• Ignition 36%
• Magnesium powder 35%
• Powders 33%
• Temperature 33%
• Silicon 32%
• Crystallite size 30%
• Coarsening 25%
• Magnesium 21%
• Thermodynamic stability 21%
• Structural analysis 20%
• Raw materials 19%
• Particle size 19%

Chemical Compounds

• Powder Metallurgy 100%
• Intermetallic Compound 58%
• Elemental Magnesium 53%
• Thermoanalysis 47%
• Elemental Silicon 46%
• Annealing 43%
• Mixture 36%
• Crystallite 22%
• Magnesium Atom 22%
• Raw Material 22%
• Thermal Stability 18%