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Sm-Fe Alloy Powder Cooling Rate Study by Mỹ Linh is a document available to read on EtoBox.
What is Sm-Fe Alloy Powder Cooling Rate Study about?
The study investigates the cooling rate and microstructure evolution of Sm2Fe17 alloy powder produced via high-pressure gas atomization. It establishes a relationship between particle size, secondary dendrite arm spacing (SDAS), and cooling rate, revealing that smaller particle sizes correlate with higher cooling rates and finer microstructures. The cooling rate for the atomized powder ranges from 6.94×10^4 K∙s^-1 to 7.08×10^6 K∙s^-1, with a significant increase in cooling rate observed for particles smalle
- Author
- Mỹ Linh
- Language
- EN