Xiliang NIE
,
Yumei ZHOU
,
Lieping ZHONG and Dingsheng WANG(Lab. for Surface Physics
,
Institute of Physics
,
Chinese Academy of Sciences
,
Beijing 100080
,
China)Renhui WANG(Dept. of Physics
,
Wuhan University
,
Wuhan 430072
,
China)Yiying YE(Center of Instrument
材料科学技术（英文）
An accurate and simple model of stacking fault energy for alloys (solid solutions) has beendeveloped based on the embedded-atom method. The calculated value of stacking fault energy35 mJ/m2 for 304 austenitic stainless steel, is in a good agreement with the experimental one,30 mJ/m2. In the present model we find that the Hirth's empirical relationship is also suitablefor alloy.
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