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首页> 外文期刊>Physica, B. Condensed Matter >Site preference and elastic properties of ternary alloying additions in B2 YAg alloys by first-principles calculations
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Site preference and elastic properties of ternary alloying additions in B2 YAg alloys by first-principles calculations

机译:通过第一性原理计算B2 YAg合金中三元合金添加物的位置偏爱和弹性性能

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摘要

First-principles calculations were preformed to study the site preference behavior and elastic properties of 3d (Ti-Cu) transition-metal elements in B2 ductility YAg alloy. In YAg, Ti is found to occupy the Y sublattice whereas V, Cr, Co, Fe, Ni and Cu tend to substitute for Ag sublattice. Due to the addition of 3d transition metals, the lattice parameters of YAg is decreased in the order: V
机译:进行了第一性原理计算,以研究B2延性YAg合金中3d(Ti-Cu)过渡金属元素的位点偏爱行为和弹性性能。在YAg中,发现Ti占据Y子晶格,而V,Cr,Co,Fe,Ni和Cu倾向于替代Ag子晶格。由于添加了3d过渡金属,YAg的晶格参数依次降低:V

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