1) Stress whitening
应力发白
1.
It showed conspicuous stress whitening phenomenon while bending and impacting,testifying the effect about intramolecular defect of HBP in toughening polymer.
弯曲测试和冲击断面都表现出明显的应力发白现象,进一步验证了超支化聚合物的空穴化理论在提高高聚物韧性中的作用。
2) stress whitening
应力致白
3) stress induced
应力诱发
1.
The morphology of stress induced ε M in Fe17Mn5Si10Cr5Ni alloy was investigated by Transmission Electron Microscope (TEM) and High Resolution Electron Microscope (HREM).
用透射电镜和高分辨率电镜研究了Fe17Mn5Si10Cr5Ni合金的应力诱发εM形态。
2.
Under a tensile force, the stress induced martensite initially nucleated from the crack tip.
裂纹尖端的应变区未能诱发马氏体形核，而且妨碍了热诱发马氏体的长大在外加拉应力作用下，应力诱发马氏作从裂纹尖端形核后，先形成蝶状马氏体；随后系统中上部也发生了马氏体形核；不同取向的马氏体在长大过程中逐渐转化和合并分析了应变的变化特点，探讨了相变的微观机
4) emission stress
发射应力
1.
The computing data indicates that because cartridge cases are thin walled cylinders,the emission stress and plastic deformation are high under gun pressure.
应用非线性有限元方法计算药筒的发射应力和抽壳力。
2.
This paper mainly analyzed the natural frequency of a gun and the emission stress in the key parts of a gun when it is in lunch process.
本文分别分析了火炮的固有频率和火炮在发射过程中关键零部件的发射应力。
3.
This paper mainly analyzed the emission stress in the key parts of a gun in lunch process.
本文主要分析火炮发射过程关键零部件的发射应力。
5) Stress triggering
应力触发
1.
Study on visco-elastic stress triggering model of the 1976 Tangshan earthquake sequence;
唐山地震序列应力触发的粘弹性力学模型研究
2.
This report involves our research works in the fields of coseismic earthquake stress triggering, fault activities, free oscillation of the earth, precursory changes prior to earthquakes and earthquake forecast.
本研究报告涉及同震应力触发地震、断层活动、地球自由振荡、地震前兆和地震预报等多方面,但是钻孔应力-应变观测是贯穿其中的主线。
6) stress-whitened area
应力白化区
1.
The results show that the stress-whitened area isformed near the fracture surface,where seriously cavitations are formed in ACRparticles.
结果表明,以韧性方式断裂的共混物会产生明显的应力白化区,且区内ACR粒子呈现出严重的空洞化形变,因此空洞化诱导聚氯乙烯塑料基体发生剪切屈服是ACR增韧聚氯乙烯的机理。
补充资料：应力发白
分子式：
CAS号：
性质：高分子材料在受应力作用时，由于受应力区的局部折射率发生变化而在材料中出现发白区域的现象。应力发白可以是材料中微空洞形成的结果，而对于橡胶、增强塑料这样非均相材料来说，也可以是材料中形成微裂纹的结果。
CAS号：
性质：高分子材料在受应力作用时，由于受应力区的局部折射率发生变化而在材料中出现发白区域的现象。应力发白可以是材料中微空洞形成的结果，而对于橡胶、增强塑料这样非均相材料来说，也可以是材料中形成微裂纹的结果。
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