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Valence electron structures analysis on relationship of Cu physical or mechanical properties and vacancy

机译:价值电子结构分析Cu物理或机械性能与空位

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For the purpose of studying vacancy effect on physics and mechanics property, authors advance a method of calculating mono-vacancy cell valence construction, and get 5 phase construction factors n_A, σ_N σ_V~L , F and α on electron layer. It indicates that vacancy increase electrical resistivity and intensity, and decrease plasticity, which are consistent with experiments. The paper open out the relation between vacancy and physics and mechanics property on electron layer.
机译:为了研究物理和力学性质的空位效果,作者提前了一种计算单空位细胞价值结构的方法,并在电子层上获得5相施工因子N_A,σ_nσ_v〜l,f和α。它表明空位增加了电阻率和强度,并降低了与实验一致的可塑性。本文揭示了电子层空缺与物理和力学性质的关系。

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