1.
The Production Practices of the Ausmelt Copper Smelting Furnace Gas Manufacturing of Sulfuric Acid
奥斯麦特铜冶炼炉烟气制酸生产实践
2.
Vessel for refining molten metal
转炉（冶炼金属的容器）
3.
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
4.
Study of Mineralogical Morphology on Slag in the Process of Converter
转炉冶炼工艺过程中炉渣的岩相研究
5.
Smelting Practice in No.6 BF of WISCO with High Al_2O_3 in Slag
武钢6号高炉炉渣高Al_2O_3的冶炼实践
6.
Comprehensive analysis of high content of Al_2O_3 BF slag
高炉高Al_2O_3炉渣冶炼综合分析
7.
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
8.
Production and Practice of Use Metallurgy Third Class Coke at No.5 BF.Smelting Process in Bayi Steel
八钢5号高炉使用冶金三级焦冶炼生产实践
9.
Metallurgical Effect of Converter Smelting with Deep-Desulphurizing Hot Metal at Masteel
马钢120t转炉冶炼深脱硫铁水的冶金效果
10.
This resulted in greatly reducing the time of a single heat.
这大大缩短了一炉钢的冶炼时间。
11.
Iron is extracted from the ore by smelting in the blast furnace.
铁是通过高炉冶炼从矿石中提取的。
12.
THE SOFTWARE SYSTEM OF MICROCOMPUTER APPLICATION IN TOP BLOWN OXYGEN CONVERTER STEEL-MAKING PROCESS
转炉冶炼操作微机应用的软件系统
13.
Why can't run-of-mine iron ore be directly put into blast furnace for extraction?
为什么生铁矿不能直接用于高炉冶炼?
14.
Probing Practice in Smelting Foamed Slag by Submerged Arc Process in EAF
电弧炉泡沫渣埋弧冶炼的实践与探讨
15.
Fuzzy Identification Prediction and Control to B.F Ironmaking Process;
高炉冶炼过程的模糊辨识、预测及控制
16.
Study on Reactions and Behaviors of Alkali Metals in the Blast Furnace Smelting Process;
碱金属在高炉冶炼中反应行为的研究
17.
The Investigation of Intensive Process for 380m～3 Blast Furnace in CWISC;
川威380米～3高炉强化冶炼途径研究
18.
Probing into the Complexity of Auto-control of BF Metal-smelting Process;
高炉冶炼过程自动控制的复杂性探析