晶内变形

最初的构造变形表现为重结晶方解石颗粒的晶内变形。

The preliminary tectonic deformation is recrystallized calcite grain 's intracrystalline deformation .

超塑性变形的微观机制是以晶界滑动为主，晶内变形以及位错蠕变起了协调作用。

The principal superplastic deformation mechanism for the alloy is boundary sliding , assistant ones are deformations inside the grains and dislocations creep .

静态重结晶发生在韧性变形晚期或期后温度升高环境中，消除晶内变形组构，减少颗粒边界区域，形成稳定多边形大颗粒晶体。

Static recrystallization occurs in high temperature in late deformation of post deformation , removing intracrystal deformation fabric , reducing grain boundary area , and forming stable polygonal large grain crystal .

α相晶内几乎不变形，作为界面滑动调节机制的晶内滑移主要在β相内发生。

Practically there is no deformation in a phase and the intragranular slip , as an accommodating mechanism , mainly occurs in β phase in the superplastic range .