1) persistent slip band
驻留滑移带PSBs
2) persistent slip bands (PSBs)
驻留滑移带
1.
The interactions of persistent slip bands (PSBs) with grain boundaries (GBs) and twin boundaries (TBs) were investigated.
对含有退火孪晶的多晶铜进行了不同塑性应变幅下的应变疲劳实验,利用扫描电镜及其电子通道衬度技术(SEM-ECC)观察了表面滑移形貌、疲劳裂纹和位错组态,研究了驻留滑移带与晶界和孪晶界的交互作用。
3) persistent slip band (PSB)
驻留滑移带
1.
In single-slip-oriented copper single crystals which were cyclically deformed under constant plastic shear strain amplitude control, the persistent slip line (PSL) was first formed in the vein dislocation structure of matrix, and then it was rather quickly transformed into persistent slip band (PSB) under consecutive cycling.
在循环加载条件下,单滑移取向的Cu单晶体首先出现驻留滑移线(PSL),然后随着循环周次的增加转变为驻留滑移带(PSB),在不同温度、不同时间条件下对疲劳Cu单晶进行真空退火处理,观察PSB结构在热激活条件下的变化情况,结果表明,退火处理过程中由于空位浓度差异所产生的渗透力促使位错运动,并使PSB的某些部位逐步细化,以至消失,实现了PSB的分段相消,在退火过程中由于应变能的逐步释放,未观察到再结晶现象。
4) evolution of persistent slip band
驻留滑移带的演化
5) persistent slip line (PSL)
驻留滑移线
1.
In single-slip-oriented copper single crystals which were cyclically deformed under constant plastic shear strain amplitude control, the persistent slip line (PSL) was first formed in the vein dislocation structure of matrix, and then it was rather quickly transformed into persistent slip band (PSB) under consecutive cycling.
在循环加载条件下,单滑移取向的Cu单晶体首先出现驻留滑移线(PSL),然后随着循环周次的增加转变为驻留滑移带(PSB),在不同温度、不同时间条件下对疲劳Cu单晶进行真空退火处理,观察PSB结构在热激活条件下的变化情况,结果表明,退火处理过程中由于空位浓度差异所产生的渗透力促使位错运动,并使PSB的某些部位逐步细化,以至消失,实现了PSB的分段相消,在退火过程中由于应变能的逐步释放,未观察到再结晶现象。
6) TR Tape Residence
磁带驻留
补充资料：驻留
1.停留。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条