The paper deals with production of cement from blast-furnace slag and steel-smelting furnace slag, especially with manufacture process and use of the cement.
本文介绍利用工业废渣—钢渣生产钢渣矿渣水泥，着重介绍钢渣矿渣水泥的生产工艺和应用。
Sintering process is essential in the procedure of the iron and steel smelting, sinter, the quality of which has a direct impact on the quality of steel, is a vital raw material for blast furnace.
烧结过程是钢铁冶炼的重要过程，烧结矿是高炉炼铁的主要原料，烧结矿的质量与产量直接影响到炼铁生产的质量与产量。
By dosing external additive during the steel smelting in the revolving furnace, the chemical content of the slag can be made similar to that of silicate cement.
在转炉炼钢的过程中添加少量外加剂，调整冶炼渣的化学成分，使其接近普通硅酸盐水泥熟料的化学成分。
The new craft of smelting chrome iron by shaft furnace was performed by Bao steel.
宝钢提出了一种竖炉冶炼铬铁新工艺，其炉缸工况不同于高炉和电炉。
The test process of smelting ferrosilicon using acid iron concentrate pellet which is raw materials for blast furnace iron-making instead of steel cuttings is briefly stated.
本文简述了以高炉炼铁所用的酸性铁精矿球团代替钢屑冶炼硅铁的试验过程。
A new technique of applying arc furnace single-slag manner smelting steel can widely be used in varies of steels smelting, and possess preferable practicality and agility.
应用电弧炉单渣法炼钢的改进工艺，能广泛用于诸多钢种的熔炼，具有较强的实用性、灵活性。
The article analyzes the application of high voltage frequency converter on the arc furnace dust removal fan in some steel-smelting factory.
分析了高压变频器在某炼钢厂电弧炉炼钢除尘风机中的应用。
The purpose of development non-blast furnace technology is reduce iron and steel process, save energy, and efficient production. So far formed by direct reduction and smelting reduction process based.
开发非高炉炼铁技术缩短钢铁工艺流程，实现节能、减排高效生产具有重大现实意义，形成了以直接还原和熔融还原为主的工艺流程。
The blast furnace dust is a kind of solid waste that produced in the process of iron smelting. It is one of the main solid wastes of the steel plant.
高炉瓦斯灰是炼铁高炉在炼铁过程中随高炉煤气（亦称瓦斯）带出的原燃料的粉尘以及高温区激烈反应而产生的微粒，是钢铁企业主要固体排放物之一。
And it is put in the furnace without occurring dust polution, rapid reaction speed and cost down, it is a new type during smelting steel.
并且投炉中不会产生粉尘污染，反应速度快，降低成本，是炼钢过程中的一种新的方式。
The change law of main elements in high-carbon or medium-carbon steel from the end of smelting to continuous casting process with LF furnace is researched.
研究了用LF炉冶炼中高碳钢的主要元素从冶炼结束到连铸过程的变化规律。
The change law of main elements in high-carbon or medium-carbon steel from the end of smelting to continuous casting process with LF furnace is researched.
研究了用LF炉冶炼中高碳钢的主要元素从冶炼结束到连铸过程的变化规律。
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