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- carbonitride alloying 氮碳合金化
- Brittleness is often a result of alloying. 脆性往往是合金化的一种结果。
- The alloying annealing process of zinc layer is also described. 并对锌层合金化退火工艺进行了阐述。
- Rare earth metals have purifing and fining and alloying effects. 稀土金属在铝合金中具有净化、细化和合金化效果。
- Alloying is a promising method of preventing Mg from burning. 通过合金化的方法来达到镁合金阻燃的目的将是发展方向。
- The prospect of small alloying additions was also investigated in this paper. 并对饰品金合金微量添加元素的发展进行了展望。
- Which the alloying of the base material,surface reinforce ment of dents... 根据金属表面强化技术的最新发展,简要列举了主要的可行性工艺方法。
- The excimer laser remelting, alloying, and depositing wore mainly looked at. 着重评述了准分子激光重熔、合金化及其沉积。
- The surface alloying of castings and its application are introduced briefly. 简要介绍了铸件表面合金化的基本情况和应用。
- The surface alloying under casting penetration is synthetically discussed. 对铸渗条件下的铸件表面合金化进行了综合述评;
- Simply by adding an additional gas such as acetylene (C2H2), you can create chromium carbonitride. 简单地加入另外的气体例如乙炔，就能形成铬的碳氮化合物。
- The effect of technical parameters on nitrogen content in vanadium carbonitride is investigated. 研究了一步法合成碳氮化钒的生产工艺及工艺参数对碳氮化钒氮含量的影响。
- CARBONITRIDE ENTIRE PART TO .015/ .025EFFECTIVE CASE DEPTH - SLOW COOL. LABCERTIFY CASE DEPTH. 整个碳氮的有效部分的深度为0.;015/0
- The influence of deposition parameters on chemical structure and optical properties of silicon carbonitride film[J]. 引用该论文 朴勇;梁宏军;高鹏;丁万昱;陆文琪;马腾才;徐军.
- The central part of the ring structure may be either carbide with a high W content or carbonitride with a high Ti content. 环状结构心部可以是以钨等重金属元素为主要成分的碳化物， 也可以是以钛为主要成分的碳化物和碳氮化物。
- The conversion film is probably constituted of amorphous and pored alloying tannate chelate. 这种转化膜很可能是由有一定孔隙的非晶态合金单宁酸膜层构成.
- A number of alloying elements can be added to steel in order to make it suitable for specialized application . 为使钢更适于某些特定的用途，可以在钢中加入多种合金元素。
- Uses:Used as deoxidizer and alloying agents for smelting steel and used as pregnantagents and additives in cast irons. 用于炼钢的脱氧剂和合金剂，铸铁中的孕育剂和添加剂。
- Raman spectra of boron carbonitride(BCN) nanotubes made by thermal decomposition under different temperatures and with different catalysts were analysized. 对不同温度和不同催化条件下用高温热解法制备的硼碳氮 (BCN)纳米管的拉曼光谱进行了分析。
- The results show that niobium increment retains the formation of pearlite and makes fraction of acicular ferrite and fine niobium carbonitride niobium increase. 研究结果表明,铌含量的提高抑制了珠光体的形成,促进了针状铁素体的形成,细小的碳氮化铌析出相增多;
