1)  aluminothermy
铝热（法）
2)  aluminothermic process
铝热法
1.
Expound magnesium metallurgy with ferrosilicon process and calcium metallurgy with aluminothermic process by contracting technological conditions.
通过工艺条件对比分析,阐明了硅热法炼镁与铝热法炼钙两者工艺过程、设备条件基本相同。
3)  electrical thermite method
电铝热法
4)  thermite method
铝热法
1.
on recovery are discussed in chrome-boron smelting with thermite method,and the control measures are also put forward.
讨论了铝热法铬硼合金生产工艺中原料处理、渣系、热量等方面对冶炼回收率的影响,并提出了控制方法。
2.
Developing 65％～ 75％ high grade ferrotitanium with rutile as material by thermite method can achieve optimum technological requirements and good index.
采用铝热法，以金红石为原料研制 65％～ 75％的高钛铁，取得了最佳工艺技术条件和较好的指标，高钛铁含钛达 73。
3.
The main factors affecting recovering titanium with thermite method are discussed.
简述了实验室条件下用铝热法冶炼高钛铁(Ti>65%)的情况,讨论了影响钛回收率的主要素。
5)  alumino-thermic process
铝热法
1.
Based on the features of Panzhihua titanium concentrate,the reasons why titanium recovery is low and aluminum consumption is high when ferrotitanium is smelted in alumino-thermic process were analyzed.
结合攀枝花钛精矿的特点，探讨了采用铝热法冶炼钛铁时钛回收率低、铝耗量高的原因，并提出了相应的解决措施。
6)  thermit
铝热法
1.
In this paper the influence of process on ceramic coating produced bystatic thermit self-propagating high temperature sgnthesis was investigated.
探讨了静态铝热法SHS陶瓷涂层的L艺因素对涂层形成的影响。
参考词条
补充资料：铝热法
分子式：
CAS号：

性质：用铝粉为还原剂的一种金属热还原法。铝粉与金属氧化物反应，产生足够的热量，使还原的金属和形成的渣熔融分离而获得金属或合金。例如铝粉和氧化铁反应产生熔融的铁并和矿渣分离。广泛用于生产工业纯金属(如锰、铬、钒等)、无碳或低碳铁合金和金属焊接等方面。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。