1) elevated temperature
高温时
2) high temperature aging
高温时效
1.
The evolution of microstructure especially the IMC at high temperature aging process had been systematically investigated and the effect of trace amount rare earth Y also had been studied.
7Cu高温时效过程中显微组织,特别是金属间化合物(IMC)的演化规律,以及稀土Y的添加对其产生的影响。
2.
The results show that the aging response of the experimental alloy is greatly accelerated by high temperature aging,but this treatment decreases the peak aging strength of the alloy.
研究结果表明:合金在250℃时效有很高的时效响应速度,但是,在250℃时效后的峰值强度要明显低于165℃时效的峰值强度;在相同条件下高温时效后的合金在峰值状态的持久寿命最长,并且其持久强度要远远高于低温欠时效态的持久强度;Ω相为合金高温时效后的主要强化相,高温时效抑制了θ′的析出;高温短时间人工时效能够极大地提高合金的高温持久性能。
3) high temperature ageing
高温时效
1.
On the base of producting experiment, this artieal discusses about by the way of high temperature ageing treatment, cancling the miternal stress of optical comp.
本文在总结生产试验的基础上,探讨了利用高温时效精密退火的方法,消除光学零件的内应力,并给出了消除真空镀膜零件内应力的温度时间曲线。
4) high-temperature aging
高温时效
1.
Dissipative structures of heat-resistant steel 12Cr1MoV during high-temperature aging;
耐热钢12Cr1MoV高温时效中的耗散结构
5) aging
高温时效
1.
The sulfidation behavior of 310SS (Stainless Steel) before and affer high-temperature aging treatment has been studied in the gas mixture of 2.
研究了高温时效前后的 31 0不锈钢样品在气氛总压为 1 0 5Pa ,2 。
2.
The results show that Cr and Ni diffuse toward the weld interface while Fe diffuses in the reverse direction; the composition of carbide M23C6 precipitated in carbon-enriched zone is independent of aging time at 5.
利用透射电子显微镜（ＴＥＭ）、能谱仪（ＥＤＸ）和电子探针显微分析仪（ＥＰＭＡ）研究了珠光体钢／奥氏体钢（Ｃｒ５Ｍｏ／Ｃｒ２１Ｎｉ１２）异质焊头在高温时效和长期服役中元素Ｃ，Ｃｒ，Ｎｉ，Ｆｅ的扩散行为结果表明：时效时奥氏体钢中Ｃｒ，Ｎｉ原子向熔合界面方向扩散，Ｆｅ原子向相反的方向扩散；增碳层中析出碳化物Ｍ２３Ｃ６的成分与时效时间无关；增碳层最高含碳量由析出碳化物的类型、成分及紧靠熔合界面奥氏体钢中的Ｃｒ含量决定。
6) high-temperature aging treatment
高温时效处理
补充资料：时发时散翳
时发时散翳 时发时散翳 病证名。见《一草亭目科全书》。即聚开障。详该条。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。