1) thermoelastic martensite stablization
热弹性马氏体稳定化
2) thermoelastic martensite
热弹性马氏体
1.
The influence of elements Mn,Ni on the structures is studied by analysizing the quantity and configuration of thermoelastic martensites in samples .
分析了试样中热弹性马氏体的形态,研究了Mn和Ni元素对CuAl系阻尼合金的相变点及金相组织的影响。
2.
This empirical expression will be correspondent with that of semiquantitative relationship between thermoelastic martensite transformation a.
移植Johnson-Mehl-Avrami描述相变-时间关系的唯象方法,得到与可逆形状记忆效应相伴随的热弹性马氏体相变与温度的半定量关系,且与上述经验关系对应。
3) point defect
马氏体稳定化
1.
The point defects induced by electron irradiation make the lattice distortion of martensite phase and the increase of the ordering degree which bring about the stabilization of martensite.
相变温度的变化是由于电子辐照产生的点缺陷造成了马氏体相点阵畸变和有序度的变化 ,从而产生马氏体稳定化。
4) stabilization of martensite
马氏体稳定化
1.
Experimental results indicated that the grain size of Cu-Zn-Al alloys is refined greatlyby adding a small amount of boron and rare-earth elements,and the mechanical property is improved,Furthermore,by various quenching and aging treatments the stabilization of martensitecan be reduced and the shape memory effect of Cu-Zn-Alalloys is enhanced effectively.
通过冶炼过程中添加微量元素细化晶粒，改善合金力学性能，通过改变热处理工艺等手段，降低马氏体稳定化现象，提高Ｃｕ－Ｚｎ－Ａｌ合金的形状记忆性能的稳定性。
5) thermoelastic martensitic transformation
热弹性马氏体相变
1.
Thermoelastic martensitic transformation is one of the most important features of these alloy systems and the behavior of the phase interface in the thermoelastic martensitic transformation will to a considerable degree d.
热弹性马氏体相变是形状记忆合金最重要的特征，马氏体相变的相界面行为决定了合金的物理及力学性能。
6) thermal elastic martensitic transformation
热弹性马氏体相变
1.
The results of metallograph, X ray diffraction, and resistance experiments confirmed that thermal elastic martensitic transformation could be showed in casting Cu Al Be alloys.
结果表明 ,超声速度与合金相状态有关 ,而且对热弹性马氏体相变及其逆相变非常敏感。
补充资料：马丁热稳定性
分子式：
分子量：
CAS号：
性质：见马丁耐热度。
分子量：
CAS号：
性质：见马丁耐热度。
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