1) activation energy for grain growth
晶粒长大激活能
2) growth activation energy
长大激活能
1.
The results show that γ precipitates grow with increasing solid solution temperature and the calculated growth activation energy is 162 kJ/mol.
结果表明,随固溶处理温度的升高,'γ相尺寸增加,长大激活能为162 kJ/mol。
2.
Technologies such as the use of XRD quantitatively evaluate of the content of cobalt-doped with nano-γ-Co_xFe_(2-x)O_3 grain growth activation energy relationship.
采用XRD等技术首次定量评估了钴掺杂量与纳米γ-Co_xFe_(2-x)O_3晶粒长大激活能的关系;对钴掺杂量与前驱体煅烧过程中形成的相组成、纳米γ-Co_xFe_(2-x)O_3晶格畸变大小和热稳定性等关系也作了细致地分析和讨论。
3) activation energy of grain growth
晶粒生长活化能
4) Grain growth
晶粒长大
1.
Monte Carlo simulation of grain growth——Recursive statistics method of grain size;
晶粒长大的Monte Carlo模拟方法——递归统计法测定晶粒度
2.
Cellular automaton model for grain growth based on modified transition rule;
基于改进转变规则的晶粒长大CA模型
3.
Rule of welding HAZ grain growth in the ultra-fine grain steel;
超精细粒钢中焊接HAZ晶粒长大规律
5) grain growth diagram
晶粒长大图
6) grain growth
晶粒长大<冶>
补充资料：二次再结晶(见再结晶晶粒长大)
二次再结晶(见再结晶晶粒长大)
secondary recrystallization
erCI 201」le」Ing二次再结晶(seeondary reerystallization) 见再结晶晶杠长大。
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