CAJ | 학술논문

总结了高速冲击微带的微观形貌及晶体学取向共性;比较分析了冲击微带的几种具体形成机制,认为交滑移机制与二次滑移机制较符合高速冲击变形的特征;总结得出靶材的层错能和晶体结构是影响微带出现几率的主要因素;简略概括了微带与晶界的相互作用及形成微带对材料后续抗冲击性能的影响;最后展望了冲击微带的进一步研究.
총결료고속충격미대적미관형모급정체학취향공성;비교분석료충격미대적궤충구체형성궤제,인위교활이궤제여이차활이궤제교부합고속충격변형적특정;총결득출파재적층착능화정체결구시영향미대출현궤솔적주요인소;간략개괄료미대여정계적상호작용급형성미대대재료후속항충격성능적영향;최후전망료충격미대적진일보연구.
According to many research reports,the common characteristic in micro-configuration and the crystallographic orientation of micro-bands formed by high-velocity impact deformation are summerized.After comparing several kinds of forming mechanisms of micro-bands during impacting,the cross-slipping mechanism are found and It's thought that the second-slipping are more reasonable for high-velocity impact deformation.The stacking fault energy(SFE) and the crystal structure of the targets are regarded to be two main important influencing factors.The interaction between the microbands and grain boundaries,as well as the effect on the anti-impact property are generalized in brief.At last,several directions of further research for micro-bands are suggested.