错位的核心能量

G. Schoeck
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引用次数: 18

摘要

固体中位错线能的主要部分可以用弹性连续统理论(线性、非线性和非局部)来描述。然而,仍然有一个核心部分必须从原子的角度来看待。基于量纲论证,证明了弹性能和原子失配能之间存在一种独特的相关性,这种相关性与原子间势和核构型无关。这是由于位移耦合到一个奇异位错的渐近场。
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The core energy of dislocations

The main part of the line energy of dislocations in solids can be described by elastic continuum theory (linear, nonlinear and nonlocal). There remains, however, a core part which must be treated atomistically. Based on dimensional arguments it is shown that independent of the interatomic potential and independent of the core configuration there exists a unique correlation between the elastic energy and the atomic misfit energy. This results from the fact that the displacements are coupled to the asymptotic field of a singular dislocation.

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