1) cladding and hardening
熔覆强化
1.
This paper introduces the technical theory of laser cladding and hardening, illustrates the corresponding developing trend at home and abroad, compares the new theory with the traditional one, and concludes the superiority of laser cladding.
阐述了激光熔覆强化技术的原理及强化机理和国内外发展动态 ,与传统表面强化方法做了比较 ,总结了激光熔覆强化的优越性 。
2) melting intensity
熔化强度
1.
To make the structure of cupolas meet the requirements of their optimum operation, the optimum design of melting zone diameter is shown by analysis of the internal relationship between the diameter and the melting intensity,and their variation.
通过分析熔化带直径与熔化强度之间的内在联系和变化规律 ,确定了冲天炉熔化带直径优化设计的途径及规
3) remelting hardening
重熔强化
1.
These results were compared with chilled and WC coated cast irons,which illustrates that localized remelting hardening is a new surface trearment with full use of potential capacity of cast iron.
通过实验，对铸铁局部钨极氩弧重熔强化原理进行了探讨，找出了电弧电流、熔化速度等工艺参数对金相组织和性能的影响规律，并分析了合金元素的强化作用。
4) Positive smelt
强化熔炼
5) salt quenching
熔岩强化
6) Nugget Reinforcing
熔核强化
1.
Study on the Nugget Reinforcing of the Resistance Spot Welding Aluminum
铝合金点焊熔核强化研究
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