1.
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
2.
STRENGTHENING SMELTING UNDER BAD RAW AND FUEL MATERIAL OF No.9 B.F. OF XUAN STEEL
宣钢9号高炉原燃料条件劣化下的强化冶炼
3.
Improvement in the working environment in front of the blast furnace and extension of the campaign life of the sand port of the main runner are prerequisite for ceaselessly strengthening the smelting in the large blast furnaces.
改善炉前工作环境,提高主沟砂口的使用寿命,有利于满足现代大型高炉不断强化冶炼的要求。
4.
The evaluation method is analysed, and some practical suggestions are put forward.
为此,对高炉冶炼强化的评价方法进行了分析,并提出了具体建议。
5.
Some new contents should be added to the evaluation of blast furnace intensified smelting in the new century.
在新世纪,面对新的形势,对高炉冶炼强化的评价应增添新的内容。
6.
This paper introduces the oxy-coke lance for indensification of EAF melting.
介绍了焦氧喷枪强化电炉冶炼的工艺及其试验结果。
7.
Application Research of Thulium Element in Iron and Steel Smelting and Die & Mold Surface Strengthening
稀土元素在钢铁冶炼和模具表面强化中的应用研究
8.
dispersion strengthened alloys made by powder metallurgy
粉末冶金弥散强化合金
9.
sulfur dioxide utilization of furnace gases in extractive metallurgy of heavy metals
重金属冶炼烟气中二氧化硫的利用
10.
Melting Process Optimization of 70t UHP Electrical Arc Furnace
70t超高功率电弧炉冶炼工艺优化
11.
Research of copper smelter automation system based on PROFIBUS
基于PROFIBUS的铜冶炼厂自动化系统研究
12.
Experiment Research on Disposal Acidic Wastewater From Copper-smelting by Gypsification-sulfuration Process
石膏化-硫化法处理铜冶炼含酸废水试验研究
13.
Variation of Rare Earth Elements in Process of Smelting of Copper Ores in the Ancient Times
古代铜矿冶炼过程中稀土元素的变化研究
14.
Application of Weak Acid Scrubbing Process in a Zinc Smelter Acid Plant
锌冶炼烟气制酸稀酸洗净化工艺工业应用
15.
Preliminary Discussion on Behavior and Impact ofF in Be Ore on Commercial Be Oxide Smelting
铍矿中的氟在工业氧化铍冶炼中的行为和影响
16.
On LCA in Making High Speed Steel by Direct Alloying
直接合金化冶炼高速钢的生命周期评价研究
17.
"three antimony oxide" metallurgical processing, antimony series products processing and sales.
“三氧化锑”冶炼加工、锑系列产品加工销售。
18.
Study of Engineering of RareEarth Smelting Waste Water Acid Contained Treatment and Regeneration for Recycling Using;
稀土冶炼含酸废水处理利用工程化研究