1) Rapid Heating and Cooling
快速热冷
1.
The Development of Temperature Control System for Rapid Heating and Cooling Injection Moulding;
快速热冷注塑成型模温控制系统的研制
3) gas instantaneous water heater with condensation
冷凝式燃气快速热水器
1.
On the basis of theory analysis of the relation between heat efficiency and flue gases temperature of the natural gas instantaneous water heater with condensation ,the relation between heat efficiency and flue gas temperature of the gas instantaneous water heater with condensation through experiment is obtained.
试验结果表明冷凝式燃气快速热水器有很好的实用价值。
2.
According to the theoretical analysis of energy saving effectiveness of gas instantaneous water heater with condensation, the relationship between heat efficiency and flue temperature of natural gas instantaneous water heater with condensation has been obtained through experiment.
根据对冷凝式燃气快速热水器节能效果的理论分析，并通过试验得出冷凝式天然气快速热水器热效率与其排烟温度的关系。
4) rapid heat cycle molding(RHCM)
快速加热冷却成型
5) fast cooling
快速冷却
1.
Fast cooling and ultra fast cooling experiments have been carried out on a Nb micro-alloyed steels.
通过对含Nb微合金钢控制轧制后,进行快速冷却+超快速冷却工艺的研究,得到了针状铁素体、板条马氏体及下贝氏体多相组织。
2.
It showed that a fast cooling after drawing was of benefit to dimensional stability, straightness, environmental stress cracking resistance, and strength of the drawn tubes.
数据说明拉伸后的快速冷却有利于管的尺寸稳定和直线度改善。
3.
When leakage occurs in the high pressure heater and the power unit is forced to shutdown for repair,fast cooling should be carried out by controlling outlet water from the dearator tank utilized with the level difference between the deaerator tank and the HP heater.
当高压加热器发生泄漏,机组被迫停运行进行故障抢修时,在原有热力系统设备的基础上,利用除氧器热水箱与高加标高的高度差,通过控制除氧器热水箱出水温度对高压加热器进行快速冷却。
6) rapid solidification
快速冷凝
1.
This paper has analyzed the reasons of the brittleness of rapid solidification Al-Li alloys and introduced some main toughening methods in manufacturing,forming and heat treatment of the alloys.
通过对快速冷凝 (RS)Al-Li合金低塑韧性原因的分析 ,介绍了Al-Li合金制备、成材、热处理等过程中一些主要韧化途径 ,并简单讨论了获得较好综合性能的Al-Li合金制品的工艺方法及大致工艺参数范
2.
The microstructure and effect of grain refining of Al-Ti-B interalloy rods prepared by the process of rapid solidification-extrasion have been investigated by means of X-ray diffrac-tion，SEM and optical microscope in this paper.
借助Ｘ射线衍射、扫描电镜、金相显微技术等手段，对采用快速冷凝喷粉或离心制粒－挤压法制得的Ａｌ－Ｔｉ－Ｂ中间合金线杆的组织结构和其晶粒细化效果进行了研究。
3.
By means of rapid solidification,Al-Cu-Fe-Zn alloy powders were produced.
本文通过快速冷凝方法制得了Al-Cu-Fe-Zn系合金粉末。
补充资料：α型钛合金热锻缓冷组织
α型钛合金热锻缓冷组织
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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