1) thermally activated stress
热激活应力
1.
In the present work,the flow stress of FeCrNi alloy is divided into two parts,athermal stress(long- range)and thermally activated stress(short-range),based on the dislocation dynamics of plastic deformation of metal material.
以金属材料塑性变形的位错动力学为基础,将FeCrNi合金的流动应力分解为非热应力和热激活应力两部分。
2) laser thermal stress
激光热应力
1.
The laser thermal stress induced in the aluminum alloy plate irradiated by CW/COIL were investigated by high temperature straingauge and thermocouple gauge and other diagnostic techniques in this paper.
用高温应变计和热偶计等诊断技术，研究连续波氧碘化学激光（ＣＷ／ＣＯＩＬ）与铝合金板作用产生的激光热应力。
3) Anti-heat-stress
抗热应激力
1.
On Effect of Anti-heat-stress of with Dietary Vitamins E and C of Chicken;
添加维生素E、维生素C对鸡抗热应激力的影响
4) laser thermal stress forming
激光热应力成形
1.
This paper introduces two flexible techniques of dieless plastic forming sheet metal by laser,namely,laser thermal stress forming,and laser shock forming.
金属板料激光无模成形是一种先进柔性制造技术,它包括激光热应力成形、激光冲击成形二种方法,本文分别介绍它们研究的现状、机理、特点,同时也指出其存在的问题。
5) thermal activation
热激活
1.
Thermal activation and radiation quenching effects in pre-dose dating of porcelain;
前剂量中的热激活和辐照熄灭研究
2.
Through thermal activation analysis, a quantitative relationship was found.
采用热激活方法研究了X65管线钢的动态断裂韧性以及温度效应 。
3.
The thermal activation theory interp.
发现提高应变速率或降低温度均可使合金的延伸率下降、强度增加,不同温度下拉伸强度与应变速率对数之间存在线性关系;利用热激活理论不仅解释了这一关系,还获得了应变速率方程,指出控制合金拉伸形变的微观机制是原子扩散过程。
6) thermal-activation enthalpy
热激活焓
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
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