1) dead melt
静熔<冶>
2) Electroslag melting and casting
电冶熔铸
1.
Micro defects in tungsten carbide particulates reinforced steel matrix composites by electroslag melting and casting;
电冶熔铸WC/钢复合材料的显微缺陷
2.
Studying results show that the microstructure of different heat treatment have respective properties by virtue of the dissolution and separation of carbides which is caused by high temperature of electroslag melting and casting technology and following heat treatments.
结果表明:由于电冶熔铸及后续热处理加热温度很高,使碳化物相溶解并析出,从而使不同热处理的组织具有各自的特点。
3.
WC/GCr15 steel (27%WCp) composite was produced by electroslag melting and casting using bigger WC particles as raw reinforcements.
选择大颗粒WC作增强相 ,采用电冶熔铸工艺制备了含 2 7%WC粒子的WC GCr15钢复合材料 ,观察了复合材料中WC颗粒与钢基体的结合情况 ;在MM 2 0 0型摩擦磨损试验机上研究了室温下复合材料同GCr15钢对摩时的摩擦磨损性能。
3) electro-slag melting and casting
电冶熔铸
1.
Laser surface remelting of WC/steel composites fabricated by electro-slag melting and casting;
电冶熔铸WC钢/复合材料表面激光重熔工艺
4) metallurgical melt
冶金熔体
1.
Development of thermodynamic database of metallurgical melt;
冶金熔体热力学数据库的开发
2.
Proceeding from the concepts and definitions of the activities of components in metallurgical melts and their standard states, the discrepancies about applying the mass fraction and mass percent concentration to metallurgy were analyzed and discussed.
从冶金熔体中组元的活度及其标准态的概念和定义出发,分析和讨论了在冶金领域应用质量分数和质量百分浓度的差异。
5) Metallurgical Melting
冶金熔合
6) Metallurgical melts
冶金熔体
1.
Based on morphology, it is presented that morphotype conversion of foams in metallurgical melts would occur during foam evolution, which has been proved by experimental results.
通过理论分析和实验验证，证实冶金熔体泡沫演化过程中存在由球状泡沫到多面体泡沫的转型。
2.
The present paper describes the functions, structure as well as the features of " Computerized thermophysical data bases for metallurgical melts".
介绍了《冶金熔体热物理性质数据库》的功能、结构与特点。
补充资料：熔盐电解法生产铌粉(见熔盐电解法生产钽粉)
熔盐电解法生产铌粉(见熔盐电解法生产钽粉)
production of niobium powder by molten salt electrolysis
rongyand+onjlefa ShengChan n.fen熔盐电解法生产妮粉(produetion。fn;obi-um powder by molten salt eleetrolysls)见熔盐电解法生产担粉。
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