这些工艺中，高炉工艺是我国主要的炼铁工艺，因此。
Among these technologies, the BF technology remains a most important technology of ironmaking in China in future period of considerable length.
高炉工艺优化的目标是提高质量，降低成本，改善环保。
The aim of optimization of BF technology is to improve hot metal quality, decrease production cost and strengthen environmental protection.
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 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 theoretical descriptions and some imperfections of all mathematical models of the liquid flows in blast furnace are introduced.
介绍了在某工程中以高炉重矿渣作为地基垫层来处理软弱地基的施工工艺及检验方法。
This paper introduces the construction process and test method of treating softer foundation by using blast furnace's heavy slag as bed course in a certain engineering.
研究了采用转底炉工艺还原焙烧处理高炉瓦斯泥制备金属化球团。
The process of dealing with the BF gas slime adopting roasting reduction method with Rotary Hearth Furnace was studied.
因此使用正确标准的铺炉和烘炉工艺能够提高炉子的使用寿命。
Therefore, using the correct standard laying furnace and ovens process can improve the service life of the furnace.
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。
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.
介绍高炉喷煤工艺及控制要求，控制系统的总体设计和硬件、软件组态等。
Introducing the blast furnace spurts coal technology and controls the requirement, system design of control system and hardware software configuration etc.
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。
The main treatment process and the technical reform of the blast furnace coal gas washing water system is introduced.
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。
The process of recovery of refractories for ladle and the application of recovery material in blast furnace tap hole clay are introduced emphatically.
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 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.
介绍了迁钢各系统水的串接使用，探讨了串级用水技术在钢铁生产工艺中的高炉、转炉、轧钢及厂与厂之间的中的应用。
It discussed the application of the water in series technology in blast furnace, converter, steel rolling of iron and steel production, and between factories.
介绍了高炉风口在铸造中遇到的问题和解决方法，讨论了降低气孔、针孔的工艺措施。
The problems and the solution of blast furnace tuyere in the casting are introduced. Measurements on lowering gasser and needle hole is analysed.
针对高炉富氧喷吹煤气的新工艺，进行了热平衡和物料平衡计算。
The heat balance has been calculated according to the new process of enriched oxygen and gas-injection.
提出采用相分离法处理攀钢高炉渣新工艺。
A new treatment process for titaniferous blast furnace slag at Pangang using phase separation was put forward.
介绍了高炉上料的工艺情况和特点，可编程序控制器(PLC)控制系统的结构和控制功能。
The technics characteristic of blast furnace transporting material system, the structure and function of PLC control system are introduced in this paper.
论述了离心球铁管的优点，用高炉铁水浇注离心球铁管的生产特点、工艺流程及主要设备。
The advantage of the centrifugal spherical iron tube has been discussed in this paper as well as the manufacturing characteristic of the tube made from the blast furnace.
介绍了高炉紫铜螺旋风口的熔化极氩弧焊工艺。
The paper introduces the procedure for MIG welding of copper helical tuyere of blast furnace.
介绍了几种高炉炉渣处理工艺方法，并对其进行了对比和评述。
This paper introduces a few of blast furnace slag granulation technologies with comparison of their features and performance.
介绍了几种高炉炉渣处理工艺方法，并对其进行了对比和评述。
Several processes and methods for the treatment of BF slag are presented, and comparison and evaluation are also made.
高炉煤气干法滤袋除尘工艺在中小型高炉煤气净化系统中被广泛应用并在实践中不断地改造和更新。
The technology of dry gas cleaning with filter bag is widely used for cleaning system of small and medium BFs, which is continuously modified and renewed in practice.
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。
The results show that the model presented here could simulate the iron-making process such as blast furnace process much more appropriately.
论述了高炉液压管线在线循环酸洗、油冲洗的工艺流程和施工方法。
The technological flow and operation method of the on-line circular pickling and oil washing of the hydraulic pipeline of BF are discussed.
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。
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.
介绍了用直流电热法从攀钢高炉钛渣中冶炼钛硅合金的工艺。
The new process for semiting Ti-Si ferroalloy using Panzhihua Iron & Steel Company (PISC) blast furnace titaniferous slag is introduced.
介绍了用直流电热法从攀钢高炉钛渣中冶炼钛硅合金的工艺。
The new process for semiting Ti-Si ferroalloy using Panzhihua Iron & Steel Company (PISC) blast furnace titaniferous slag is introduced.
应用推荐