Effect of the milling energy on the production and thermal stability of amorphous Mg₅₀Ni₅₀

Keyphrases

• Milling Energy 100%
• SPEX Mill 100%
• Thermal Stability 100%
• Production Stability 100%
• Planetary Ball Mill 100%
• Amorphization Process 75%
• Weight Ratio 50%
• Amorphous Precursor 50%
• Thermal Crystallization 50%
• Amorphization 25%
• Amorphous Phase 25%
• Mg2Ni 25%
• Microstructure 25%
• Medium Energy 25%
• Energy Levels 25%
• High Crystallization Temperature 25%
• Milling Mechanism 25%
• Ni Powder 25%
• Iron Contamination 25%
• High Energy 25%
• Induced Crystallization 25%
• Mechanically Induced 25%
• Time Lead 25%
• Milling Process 25%
• Enthalpy of Formation 25%
• Apparent Activation Energy 25%
• Differential Thermal Analysis 25%
• Mechanical Milling 25%
• Phase Evolution 25%
• Milling Media 25%
• Diffraction 25%
• X-ray 25%
• First Hour 25%
• Composition Range 25%

INIS

• milling 100%
• production 100%
• energy 100%
• stability 100%
• amorphous state 71%
• crystallization 57%
• precursor 28%
• weight 28%
• powders 14%
• microstructure 14%
• defects 14%
• formation enthalpy 14%
• x-ray diffraction 14%
• iron 14%
• alloys 14%
• energy levels 14%
• differential thermal analysis 14%
• erosion 14%
• range 14%
• contamination 14%
• activation energy 14%

Material Science

• Amorphization 100%
• Thermal Stability 100%
• X-Ray Diffraction 25%
• Activation Energy 25%
• Differential Thermal Analysis 25%
• Alloy 25%