... 位错的滑移(Slip of Dislocation) 位错的攀移(Climb of Dislocation) 位错所受的力(Force on Dislocation) ...
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变形合金的透射电镜照片表明位错的攀移和交滑移为合金变形的主要机制。
The TEM photo shows that dislocation climb and cross-slip are the important deformation modes of the alloy.
稳态蠕变速率主要由锌的点阵扩散和位错的攀移所控制，品界滑移对蠕变也有贡献。
The compressive creep rate in the alloy was mainly controlled by the lattice diffusion of zinc and dislocation limb, and the grain boundary sliding contributed for it in some degree.
两种复合材料的蠕变机制均为位错攀移机制。
The creep mechanisms of both composites are dislocation-climbing mechanism.
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