The slip behavior of screw and edge dislocations on the inclined-intersecting {110} planes is discussed.
本文讨论了在斜交{110）滑移面上螺位错和刃位错的滑移行为。
Using reflection polarizing microscopy to compensate the natural optical activity, along the optical axis, we obtained the images of edge dislocations and compared it with the calculation.
在实验上采用反射偏光法抵消旋光后沿光轴观察获得了位错双折射象，并和计算结果进行了比较。
This experimental phenomenon proves that the screw phase dislocations evolve into a new type of dislocation—edge phase dislocation with the optical field propagating.
实验上验证了带有相反拓扑指数的光学涡流中的螺旋位错在传播过程中会演变为边位错这一理论结果。
Dislocations consist of screw dislocation and edge dislocation.
位错有螺位错和刃位错。
One was pure edge misfit dislocations with line directions of <100>;
失配位错的类型分为刃型失配位错，位错线沿〈100〉方向；
One was pure edge misfit dislocations with line directions of <100>;
失配位错的类型分为刃型失配位错，位错线沿〈100〉方向；
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