Study of intercrystalline boundaries in terms of the coincidence lattice concept
Study of intercrystalline boundaries in terms of the coincidence lattice concept
复制标题
DOI：
10.1080/14786437508221668
复制
发表时间：
1975-11
影响因子：
1.6
通讯作者：
R. Bonnet;F. Durand
中科院分区：
文献类型：
--
作者：
R. Bonnet;F. Durand
本文利用Bollmann的0-点阵形式，从点阵1和点阵2的两个近似重合的晶胞M1和M2的知识出发，定义了晶界位错的Burgers矢量。考虑属于M1和M2的内部点来构造与给定边界相关的DSC晶格。一个完全解析的方法允许预测的特殊取向的两个晶格之间的良好的重合。它们取决于将M1转化为M2的纯变形的主应变。
Abstract By using the 0-lattice formalism of Bollmann, Burgers vectors of intercrystalline boundary dislocations are defined from the knowledge of two near-coincident cells M1 and M2 of lattices 1 and 2. Internal points belonging to M1 and M2 are taken into account to construct the DSC lattices related to the given boundary. A fully analytic method permits the prediction of the special orientations of good coincidence between the two crystal lattices. They depend on the principal strains of the pure deformation transforming M1 into M2.