CSL:重合点格
“重合点格”在学术领域,尤其数学和材料科学中常被提及,其英文术语“Coincidence Site Lattice”常缩写为CSL,以方便在书写和交流时快速引用。该概念用于描述两个晶体点阵在特定几何条件下形成的周期性重合结构,在界面和晶界研究中具有重要应用。
Coincidence Site Lattice具体释义
Coincidence Site Lattice的英文发音
例句
- The coincidence site lattice ( CSL ) is an important model describing the characteristic of grain boundaries.
- 重位点阵是描述晶界特性的一种重要模型。
- There are tremendous research works on the grain boundary and interface structures during last century and the sophisticated theory about grain boundary and interface, i.e. coincidence site lattice and 0-lattice theories had been developed simultaneously.
- 在上世纪,人们已对晶界和相界面结构进行了大量的研究,同时,相关的理论如重位点阵和O-点阵理论也发展成熟。
- Two new methods to find the basic vector correspondence matrix of the coincidence site lattice for two phases have been developed by means of theory of matrix and elementary theory of numbers.
- 本文用矩阵及数论分析方法给出了重位点阵的两种新的解法。在此基础上对相重阵点判别式进行归并,使有重位点阵关系两相复合点阵问题的处理大为简化。
- It is clear that adjacent metal nanoparticles came into contact and formed a metal / metal particle bond and an aggregation of the particles. The structure of the coincidence site lattice ranged from ∑ 3 to ∑ 17b, and ∑ 3 coincidence site boundaries were preferentially formed.
- 结果表明相邻的金属纳米粒子相互接触形成金属,金属粒子结合和粒子的团聚,形成了∑3到∑17b的重位点阵界面结构。主要是∑3。
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