1) deformation dislocation structure
形变位错结构
1.
Effect of martensite volume fraction on deformation dislocation structure and fracture for hot rolled dual-phase steel of the same composition was studied by using SEM and TEM.
利用SEM、TEM研究了同一成分的热轧双相钢的马氏体体积分数对形变位错结构和断口组织特征的影响。
2.
The deformation dislocation structures and the fracture microstructure of hot rolled dual phase (DP) steel at different deformation extent in uniaxial tension were studied by SEM and TEM in this paper.
文章利用SEM、TEM研究了热轧双相钢单向拉伸过程中不同变形量下的形变位错结构和断口组织特征。
2) dislocation evolvement
位错结构演变
3) dislocation-free plastic deformation mechanism
非位错变形机构
4) dislocation structure
位错结构
1.
The dislocation structures in cyclically saturated copper single crystals oriented towards [■ 2 3]and[■ 1 2] conjugate double slip were observed and analyzed using electron-channelling contrast technique in scanning electron microscopy(SEM-ECC).
利用扫描电镜电子通道衬度(SEM-ECC)技术观察和分析了[■ 2 3]和[■ 1 2]共轭双滑移取向铜单晶体的循环饱和位错结构。
2.
The developing process and the shape of fatigue dislocation structure in a weld metal of 16Mn steel under cyclic tension loads was studied.
研究的是在循环拉伸载荷的作用下,16Mn钢焊缝中疲劳位错结构的形态及形成过程。
3.
The characteristics and the corresponding dislocation structures of the deformation bands (DBs), formed in cyclically deformed copper single crystals, were summarized systematically.
:系统研究了循环变形铜单晶体中的宏观形变带的产生规律和特征以及相应的位错结构 ,并对其形成机制进行了综合探讨。
5) dislocation deformation
位错变形
1.
The paper has analyzed the temperature,stress,strain and dislocation deformation of asphalt concrete core wall.
本文对沥青混凝土心墙的温度、应力、应变、位错变形进行分析,通过分析心墙底座压应力为1。
6) dislocation substructure
位错亚结构
1.
The hardness change of 93W tungsten sintered alloy under high shock pressure and its mechanism were investigated by means of macrohardness and microhardness measurement combined with dislocation substructures observation.
采用宏观与显微硬度测量及位错亚结构观察分析相结合的方法对 93W合金真空退火处理态材料在爆炸冲击作用下的硬度变化及其机理进行了研究。
补充资料：形变
分子式：
CAS号：
性质：在外力作用下物质的各部分的相对位置发生变化的过程，它包括弹性材料的应变，塑性材料的永久形变和液体的流动。
CAS号：
性质：在外力作用下物质的各部分的相对位置发生变化的过程，它包括弹性材料的应变，塑性材料的永久形变和液体的流动。
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