EFFECT OF STACKING－FAULT ENERGY ON RESIDUAL SUBSTRUCTURE OF EXPLOSIVE SHOCK LOADED METALS

来源期刊：中国有色金属学报(英文版)1994年第3期

论文作者：Yang Yang Zhang Xinming Li Zhenghua Li Qingyun

文章页码：93 - 96

Key words：shock loading ;stacking-fault energy ;mechanical twin; dislocation substructure

Abstract: The shock loaded metals were investigated using TEM. The results show that twinning is a highly favored deformation mechanism under shock loading. Metals that do not twin by conventional deformation at ambient temperature can be made to twin by shock loading. In addition , the dislocation cell walls in shock loaded metals are usually poorly defined because there is insufficient time for the dislocation to equilibrate. Under the same shock loading condition . the stacking-fault energy is an important intrinsic factor to determine twinning and dislocation substructure.