1) nitrogen alloying
氮合金化
1.
Study and Application on Nitrogen Alloying Control Model for Stainless Steel Refining by AOD Process;
AOD冶炼不锈钢氮合金化控制模型的研究和应用
2.
The thermodynamic and kinetic conditions which affect nitrogen alloying of liquid steel are strdied,and the chemical and electric absorption phenomena are also investigated.
在敞口镁砂坩埚内，采用金属水冷非转移弧和石墨转移弧等离子体，以氮、氩、氧等混合气体为氮合金化元素，冶炼含氮的铬锰镍合金和不锈钢。
3.
Based on Yu's “Empirical electron theory of solids and molecules”,the mechanism of nitrogen alloying in austenitic stainless steel was inves- tigated.
利用余瑞璜的“固体与分子经验电子理论”从决定合金元素行为的聚合态原子价电子结构出发,研究了奥氏体不锈钢中氮合金化的作用机制。
2) nitriding ferroalloy
氮化合金
1.
To increase production capacity of nitriding ferroalloys, reducing production cost, PSA nitrogen plant is selected.
提高氮化合金的生产能力,降低生产成本,采用了PSA制氮系统。
3) alloy nitride
合金氮化物
4) carbonitride alloying
氮碳合金化
5) alloying nitriding
合金化渗氮
1.
A new technology of the rare-earth alloying nitridecarboning is raised in this paper on the base of the alloying nitriding.
在合金化渗氮的基础上 ,提出稀土合金化氮碳共渗新工艺 ,该工艺使氮碳共渗技术得到新的提高 。
2.
The structure property of alloying nitriding is studied .
针对合金化渗氮的组织性能进行了研究。
6) VN alloying
氮化钒合金化
1.
The results of tests for production of 400?MPa-grade vanadium bearing concrete steel(Ⅲ-grade 20?MnSiV concrete steel)using VN alloying and ferrovanadium alloying were introduced.
介绍了攀钢采用氮化钒合金化与钒铁合金化生产 40 0MPa级含钒钢筋 (2 0MnSiVⅢ级钢筋 )的对比试验结果 ,研究了钒、氮微合金化对钢筋的性能和组织的影响 ,探讨了氮化钒的强化机理 ,比较了使用两种合金的生产成本。
补充资料：机械合金化高温合金管材和方型材
机械合金化高温合金管材和方型材
机械舍金化高温合金管材和方型材
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