... 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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climb motion of dislocation 位错攀移运动
The TEM photo shows that dislocation climb and cross-slip are the important deformation modes of the alloy.
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。
Fluid enhances dislocation glide and climb, increases the rate of recovery of strained grains and accommodates the fracturing.
流体相促进位错滑移与攀移，并加速应变颗粒的恢复作用，以协调破裂过程。
The relationship between critical climb distance and temperature of straight edge dislocation was discussed.
讨论了直刃位错临界攀移距离和温度的关系，指出了表面上相对稳定的位错组态。
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