1.
Code for design of titanium smelting technology
钛冶炼厂工艺设计规范
2.
Analysis is made of the feature and parameters of Ti slag smelting with open-top electric furnace.
并对敞口电炉的钛渣冶炼特性、数等进行了分析。
3.
Commercial-scale test is made on Ti slag smelting from Panzhihua Ti ore and Yunnan Ti ore with open-top electric furnace.
对敞口电炉冶炼攀枝花钛矿和云南钛矿获得钛渣进行了工业试验研究。
4.
The experiments on the separation of slag from hot metal during smelting with full V-Ti iron ore were carried out.
高炉冶炼全钒钛铁矿时通过改变造渣制度进行渣铁分离实验。
5.
Terminology for extractive metallurgy of light metals
轻金属冶炼术语标准
6.
Vessel for refining molten metal
转炉（冶炼金属的容器）
7.
Code for design of magnesium smelting technology
镁冶炼厂工艺设计规范
8.
Code for process design of copper smelters
铜冶炼厂工艺设计规范
9.
waste heat utilization in extractive metallurgy of heavy metals
重金属冶炼余热的利用
10.
waste water utilization in extractive metallurgy of heavy metals
重金属冶炼废水的利用
11.
waste slag utilizationin in extractive metallurgy of heavy metals
重金属冶炼废渣的利用
12.
recovery of nonferrous metals
有色金属冶炼回收率
13.
Practice in Engineering Management of Technical Renovation of Guixi Smelter Copper Smelting System;
贵溪冶炼厂铜冶炼系统技术改造工程管理实践
14.
An ore-refining process, such as smelting, dependent on the action of heat.
热冶，火法冶金一种冶炼矿石的程序，如熔炼，它依靠热的作用
15.
RAPID MELTING IN ELECTRIC ARC FURNACE AND VACUUM REFINING OF SPECIAL STEELS
特殊钢的电弧炉快速冶炼和真空精炼
16.
The Effection on Ironmaking Raw Materials and Metallurgical Process by High Content of Al_2O_3 Iron Ore;
富Al_2O_3矿对炼铁原料及冶炼过程的影响
17.
Foundational Research of Desulfurization on LF Refining Slag Smelting GCr15
LF冶炼GCr15精炼渣系脱硫基础研究
18.
Analysis on Metallurgical Effect of Refine Deep Desulphurization Hot Metal at Converter in Masteel
马钢转炉冶炼深脱硫铁水的冶金效果分析