1) critical region of high temperature side normalizing
临界区高温侧正火
1.
Two preheat-treatment technology,the two times of high temperature normalizing technology and the critical region of high temperature side normalizing technology have been researched through the test,and the effect of final heat treatment technology on eliminating the heredity of the 35CrNi3MoV steel structure as well.
通过试验研究了两种预备热处理工艺——两次高温正火工艺和临界区高温侧正火工艺以及最终热处理工艺对消除35CrNi3MoV钢组织遗传效果的影响。
2) intercritical normalizing
临界区正火
3) austempering immedidely after inter critical annealing
临界区等温淬火
1.
Bainite ferrite and retained austenite are obtained through austempering immedidely after inter critical annealing in dual phase steel containing C,Si and Mn.
新型 TRIP复相钢仅含 C、Si、Mn等合金元素 ,采用临界区等温淬火热处理工艺 ,获得铁素体、贝氏体和残余奥氏体三相组织。
4) critical temperature
临界高温
1.
Upper critical temperatures for behaviors of three species of cereal aphids in leaf temperature gradients;
三种麦蚜在温度梯度中活动行为的临界高温
5) critical area quenching
临界区淬火
6) intercritical annealing
临界区退火
1.
The effect of prior microstructure,intercritical annealing and austempering was analyzed on the formation of retained austenite in the cold rolled TRIP-aided steels.
分析了冷轧TRIP钢退火前组织、临界区退火以及中温等温处理对残留奥氏体形成的影响。
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