1) Activation energy for viscous flow
流变激活能
1.
848 and Activation energy for viscous flow E=63.
848,以及流变激活能E=63。
2) activation energy for plastic flow
塑性流变激活能
3) deformation activation energy
变形激活能
1.
The deformation activation energy of 377 kJ/mol in (α+β) region and 648 kJ/mol in β region was calculated.
测试了其真应力-真应变曲线,建立了本构方程,并求出变形激活能,双相区为377kJ/mol,β相区为648kJ/mol。
2.
The hot-deformation activation energy and corresponding stress exponent were calculated.
0s-1、变形温度为150~500℃条件下的流变应力行为进行了研究,计算了变形激活能及相应的应力指数,建立了峰值流变应力方程。
3.
The deformation activation energy 132kJ/mol and the corresponding stress ex.
结果表明,合金的流变应力随应变速率的增大而增大,随温度的升高而降低;在给定的变形条件下,计算出合金的变形激活能为132kJ/mol,应力指数为6。
4) activation energy of deformation
形变激活能
1.
The results show that the activation energy of deformation is connected with deformation condition,and it increases with the increase of strain rate.
结果表明:形变激活能与变形条件相关,随着应变速率的增加而增加;Avrami指数m同样与变形条件有关;对实验数据进行回归分析后建立的Ti微合金钢动态再结晶的特征应变、特征应力、动力学以及稳定状态晶粒尺寸的数学模型精度较高。
5) creep activation energy
蠕变激活能
1.
The steady creep rate, the stress exponent and the apparent creep activation energy Q,were calculated in the temperature range of 460℃～540℃and at different stresses.
计算了Ti40合金在不同应力、不同温度下的稳态蠕变速率、应力指数及在460℃～540℃范围内蠕变激活能Q=94。
2.
The effects of rare-earth elements (Y, Nd, Sm, Eu, Gd, Er and Yb) and refractory metals (W, Ta, Re) on the Creep activation energy of platinum had been investigated.
研究微量稀土元素（Ｙ、Ｎｄ、Ｓｍ、Ｅｕ、Ｇｄ、Ｅｒ和Ｙｂ等）和少量的难熔金属（Ｗ、Ｔａ、Ｒｅ等）对铂的高温蠕变激活能的影响，结果表明在１２００～１３００℃，稀土元素提高铂的蠕变激活能；难熔金属显著降低铂的蠕变激活能；Ｐｔ－０。
6) thermal deformation activation energy
热变形激活能
补充资料：流变
不断地逐渐变化：声韵流变。
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