1.
EXPERIMENTS ON SUBSTITUTION OF STEEL CHIP BY HIGH Si LOW GRADE IRON ORE IN SILICON STEEL MAKING
用高硅低品位铁矿石代钢屑冶炼硅铁试验
2.
PRACTICE OF SMELTING 75% FERROSILICON WITH SHENMU LOW-TEMPERATURB COKE
使用低温神木焦冶炼75％硅铁的实践
3.
Guimeng alloys, an electric high-carbon, ferromanganese, low ferromanganese smelting sales.
硅锰合金、电炉高碳、锰铁、低度锰铁冶炼销售。
4.
The Smelting of Low Silicon Pig Iron and the Research of Influence of the MgO Content in Slag;
低硅铁冶炼与炉渣MgO含量对生铁含硅量的影响研究
5.
Impact of Small-type Ferrosilicon Alloy Smelting on Workers Health;
小型硅铁合金冶炼对作业工人健康影响
6.
An Analysis of the countermeasure against the Smog from 6300KVA Electric Ferrosilicon Smelting Furnace;
6300KVA硅铁电炉冶炼废气污染的防治对策分析
7.
Technical Analysis of New Process for Production of RE Ferrosilicon Using Baotou RE Concentrate
包头稀土精矿冶炼稀土硅铁合金新工艺技术分析
8.
Micro-computer Auxiliary Control System of Small Ferrosilicon Arc Furnace
小容量硅铁冶炼埋弧电炉微型计算机辅助控制系统
9.
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
10.
Discussion During Casting low Si Steel in LF Furnance
LF炉冶炼低硅品种钢生产实践探讨
11.
We make a comparison before and after it puts into practice in silicon furnace recirculating cooling water system.
对板式换热器在硅铁冶炼电炉循环冷却水系统中应用的前后效果进行了比较。
12.
This paper describes the experiments of making medium carbon ferromangan- ese by “low basicity process” using import manganese ore.
本文介绍了用低碱度法代替传统电硅热法,使用进口锰矿冶炼中碳锰铁的试验情况。
13.
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
14.
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
15.
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。
16.
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?
17.
The Control of Decarburization and Denitrogenization VOD Process in Smelting of Ferritic Stainless Steel
VOD法冶炼铁素体不锈钢的碳氮控制
18.
ADJUSTING ARSENICIZING RATIO INTO ALLOYS DURING SMELTING FERROTUNGSTEN
钨铁冶炼中对砷进入合金比率的控制