The knowledge of the liquid flow in blast furnace may play an important role in controlling the blast furnace process.
高炉内液体流动现象的研究对控制高炉工艺过程具有重要意义。
The residue matters in the coke have no adverse effect on the blast furnace process, and the coke is suitable for industrial production.
焦炭中残留的物质对高炉冶炼无负面影响，适合于工业化生产。
The results show that the model presented here could simulate the iron-making process such as blast furnace process much more appropriately.
经实验数据验证和与其它模型对比分析，建立的模型更适合对高炉等炼铁工艺的模拟。
This article introduces the basic ideas for blast furnace process control, contents and methods based on checking the large amount of references.
本文在查阅了大量文献的基础上，探讨了高炉过程控制的基本思想、内容及方法。
In order to realize the blast furnace process automation control target, constantly promote computer in blast furnace production technology application.
为了实现高炉生产工艺的自动化控制目标，不断地推进计算机在高炉生产工艺中的应用。
The reliability of prediction model for BF Procedure energy consumption is very high. It can be used to guide the energy saving in blast furnace process.
炼铁工序能耗预测模型的可靠性高，可用于指导高炉炼铁工序的节能降耗工作。
The laser gas analyzer was applied to ironmaking process of blast furnace successfully, and meets the needs of gas analysis very well in blast furnace process control.
激光原位气体分析仪在高炉炼铁过程中的成功应用，表明了该仪器很好地满足了高炉炼铁过程气体检测的需要。
Aiming at the burden degradation and the problem of which alkali has a strong impact on blast furnace process in recent years, the influence of alkali on coke was studied.
针对近年炉料劣化，碱金属严重影响高炉冶炼的问题，对某钢厂碱金属对焦炭的影响进行了研究。
The main raw materials demanded by Benxi iron and iron company are sinters, however the grade level of sintering products and the variation of alkalinity greatly influence the blast furnace process.
本钢炼铁所需的主要原料为烧结矿，在生产过程中烧结矿品位高低和碱度波动对高炉生产影响很大。
Blast furnace flue dust is one of the byproducts in iron making process, which contains valuable amounts of carbon and iron.
高炉瓦斯灰是高炉冶炼过程中产生的副产品之一，其中含有大量有益的铁和碳。
Connecting with smelting process of blast furnace, this paper analyzes on the damage cause of refractory material in every part of stove, and puts forward concrete preventive measures.
结合高炉冶炼的过程，分析了高炉各部位耐火材料的损毁原因，并提出了具体的防止措施。
The effects of various operating variables on smelting process in blast furnace were discussed using the energy management system .
利用这个系统，讨论了各项操作变量对高炉冶炼过程的影响。
Blast Furnace (BF) ironmaking process is highly complicated, whose operating mechanism is characteristic of nonlinearity, time lag, high dimension, big noise and distribution parameter etc.
高炉冶炼过程是一个高度复杂的过程，其运行机制往往具有非线性、大时滞、大噪声、分布参数等特征。
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。
Ferrous cyanide process was applied to treating cyanide in washing wastewater of blast furnace gas by means of orthogonal experiment design.
采用亚铁法处理高炉煤气洗涤水，并用正交实验设计方法设计实验。
Blast furnace is a high temperature reactor which includes complex physical chemistry reaction and transportation process.
高炉是一个包括复杂物理化学变化和传输过程的高温反应器。
Those demonstrated that the formed-model in this paper can basically interpret the process for the high lead slag smelting in blast furnace.
上述工作表明，本文所建立的鼓风炉还原熔炼模型能够较好的描述鼓风炉熔炼高铅渣的过程。
Iron ore must conform to a certain definite size distribution in order to be acceptable to the iron-making process in the blast-furnace.
铁矿石必须符合一定的明确的大小分类，以符合在鼓风炉中的炼铁过程。
The pelletizing and lime technology based on using burning technology of the low heat value blast furnace gas and the grate-kiln process is on the leading place in China.
公司依靠独创的低热值高炉煤气培烧技术，采用链篦机-回转窑-环冷机工艺设计开发的冶金球团、石灰生产技术，属国内领先水平。
Refinery effluent was treated by hydrolysis acidification-aerobic biofilter process with blast furnace slag as packing.
以高炉水渣为填料，采用水解酸化—好氧生物滤池处理炼油废水。
The ironmaking is the first important process in iron and steel production, and the distributor chute is a major component of non-bell top blast furnace.
炼铁是钢铁生产的第一个重要环节，高炉布料溜槽是无料钟炉顶高炉的布料装置，也是高炉中的一个重要部件。
The application of fibrescope to the research of dynamic process of blast furnace smelting has been developed in Japan and Europe.
应用光导纤维内窥镜研究高炉冶炼过程已在日本、欧洲取得很大进展。
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。
The new ironmaking processes, blast furnace with large amount of oxygen and pulverized coal and minimum of coke in the future, and KR process are discussed.
论述了未来的以煤代焦富氧喷煤高炉和KR法炼铁新工艺及其技术经济指标。
The process of recovery of refractories for ladle and the application of recovery material in blast furnace tap hole clay are introduced emphatically.
重点介绍对用后钢包浇注料的回收工艺及回收物料在高炉铁口炮泥中的应用。
Giving a new process of Ventilation and dust control using in the top of blast furnace ore tank.
介绍了高炉矿槽槽上通风除尘的一种新技术，采用移动式通风口加除尘装置，效果良好。
The main treatment process and the technical reform of the blast furnace coal gas washing water system is introduced.
介绍了南钢集团高炉煤气洗涤水系统主要工艺流程及技术改造情况。
This paper describes the regularity of the blast furnace operation with the oxygen-enriched and PCI process. The theoretical relations between the PCI rate and oxygen-enrichment are analyzed.
本文描述了高炉高富氧喷煤操作的规律，分析了喷煤量与富氧率之间的关系。
As key parts of the blast furnace, the bottom and hearth are characterized by complicated laying technique and construction process with high quality indices and strict design requirement.
炉底、炉缸是高炉的关键部位，砌筑技术及施工工艺比较复杂，质量指标和设计要求较高。
In order to obtain low silicon iron for steelmaking the reduction process of silicon must be controlled in blast furnace.
为了获得低硅炼钢生铁，必须控制高炉内硅的还原过程。
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