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Phase Stability in Mechanically Alloyed Mn-30at.%Al

Abstract
Mechanical alloying of Mn-30at.% Al powder mixture resulted in the formation of an α-Mn solid solution in the early stage of milling with the subsequent formation of β-Mn phase after 30h milling.Thermal treatment at 1060 0 C, confirmed the recently extension of the high temperature ε-phase.However, the presence of impurity atoms, mainly iron, impeded the expected ε→β transformation during quenchin...
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Keywords
Materials science
Phase (matter)
Metallurgy
Stability (learning theory)
Chemistry
Computer science
Organic chemistry
Machine learning
Sustainable Development Goals (SDG)
Affordable and clean energy

2005
Article

Open Access

2-Y Citation Average

1.167

Language
Country

pdf file

Phase Stability in Mechanically Alloyed Mn-30at.%Al
pdf file

Phase Stability in Mechanically Alloyed Mn-30at.%Al

Abstract
Mechanical alloying of Mn-30at.% Al powder mixture resulted in the formation of an α-Mn solid solution in the early stage of milling with the subsequent formation of β-Mn phase after 30h milling.Thermal treatment at 1060 0 C, confirmed the recently extension of the high temperature ε-phase.However, the presence of impurity atoms, mainly iron, impeded the expected ε→β transformation during quenchin...
View PDF
Keywords
Materials science
Phase (matter)
Metallurgy
Stability (learning theory)
Chemistry
Computer science
Organic chemistry
Machine learning
Sustainable Development Goals (SDG)
Affordable and clean energy

2005
Article

Open Access

2-Y Citation Average

1.167

Language
Country

pdf file