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Fuxing YIN , Jianxin ZHANG , Ruixiang WANG and Nanju GU (Hebei Institute of Technology , Tianjin , 300132 , China)(To whom correspondence should be addressed)Kenichi Shimizu (Kanazawa Institute of Technology , Ishikawa , Japan)
材料科学技术（英文）
The configurations of stacking faults and morphologies of strain induced ε martensite plates in an FeMnSiCrNi alloy were investigated through electron microscopy analysis. The Shockley partial dislocation structures. sensitive to external stress. determine the configurations of stacking faults in γphase Partial dislocations at the front sides of stacking faults are usetul for the nucleation of εmartensite plates. The growth of ε martensite plates is accompanied with the disappearance of local pre-existing stacking faults, The ε martensite vanants behave in three morphologies of respective stopping. continuous penetrating and intersections with the formation of secondary ε martensite plates
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