At the temperature of 400℃-420℃,deformation is conforms to dislocation creep mechanism controlled by the solute drag when the strain rate is low,but it is conforms to the dislocation climb controled creep mechanism when the strain rate is higher.
温度为400℃—420℃,应变速率较低时属于溶质拖曳的位错蠕变机制。 当应变速率较大时,属于攀移控制的位错蠕变机制。
参考来源 - AZ31镁合金超塑性及变形机制图的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
本文研究了扩展位错攀移的高温蠕变机制。
The mechanism of high temperature creep associated with the climb of extended dislocations is investigated.
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.
刚玉莫来石材料的断裂在室温下由裂纹扩展控制，在高温下由蠕变机制控制。
The rupture of corundum-mullite materials was controlled by crack at room temperature and creep at high temperature.
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