Superplasticity is the general potential property of materials of lattice structure.
超塑性是具有点阵结构的材料的普遍潜在属性，是材料变形失稳后能重新建立起的稳定的变形过程，其微观物理过程主要是晶界行为，晶界的滑移、迁移和移位。
参考来源 - 结构金属间化合物的国内外研究分析及其超塑性的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
用切割投影法研究了二十面体准点阵结构。
This paper deals with concerns the construction of an icosahedral quasilattice by the cut and project method.
对于不同金属与合金小平面的方位与晶体点阵结构的相互关系，用滑移型和层错能进行描述。
A correlation of the orientation of facets for different metals and alloys with lattice structures, SFS and modes of slip was described.
当连续图像信号的频带处于一个圆形区域之内时，正六边形点阵结构的采样密度比矩形点阵结构的采样密度要降低13。
However, when the signal is a circularly band-limited, the minimum sampling density for a hexagonal sampling lattice is 13.
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