Ternary Nano-Phase Separating Ni Powder and The Methodology to Identify them
A method of designing a metal alloy powder having a miscibility gap at low temperature is disclosed. The method includes identifying a first metal element and a second metal to form a metal alloy. selecting a third metal having a miscibility gap with the metal alloy. and mechanically alloying the third metal and the metal alloy to form a metal alloy powder having a nanoscale grain size. The metal alloy powder can be engineered to have a phase separation temperature at which diffusion of the third metal occurs to phase separate as a nanoscale phase. The nanoscale phase can redissolve at a transition temperature higher than the phase separation temperature.
Researchers
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nano-phase separating ni powder and the methodology to identify them
United States of America | Published application -
nano-phase separating ni powder and the methodology to identify them
Korea (south) | Published application -
ternary nano-phase separating ni powder and the methodology to identify them
Australia | Pending -
nano-phase separating ni powder and the methodology to identify them
China | Published application -
nano-phase separating ni powder and the methodology to identify them
European Patent Convention | Pending -
nano-phase separating ni powder and the methodology to identify them
Japan | Published application
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