The influence of type and structure parameters of cooler, kind of lining refractory, operation factors on the temperature field in the wall of blast furnace was investigated.
讨论了冷却器形式、冷却器的结构参数、耐火材料种类以及高炉操作等因素对炉墙温度场的影响。
No. 8 Blast Furnace design and its body's cool structure adopt the unique technology to guarantee the high yield, high-quality, low consumption and long campaign life of B.
柳钢8号高炉炉体冷却结构采用独特的工艺技术，保证了高炉的高产、优质、低耗、长寿。
The lining structure with concentrated copper cooling plate-stave combined system for the large-scale blast furnace is the important guarantee of 18 ~ 20 campaign life.
大型高炉的密集式铜冷却板与冷却壁结合的炉衬结构是使高炉寿命达到18 ~20年的一项重要保证措施。
The technics characteristic of blast furnace transporting material system, the structure and function of PLC control system are introduced in this paper.
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。
Some works in adjusting raw material structure, lowering raw material cost, increasing and stabilizing blast furnace productivity, decreasing ironmaking energy consumption were summed up.
对宝钢在调整原燃料结构、降低原燃料成本、提高和稳定高炉产能、降低炼铁能耗等方面所做的工作进行了总结。
Based on Baosteel new No. 4 blast furnace lining structure, a three-dimensional temperature field mathematical model is established.
以宝钢新建4号高炉炉衬结构为原型，建立了这种炉衬结构三维温度场数学模型。
The author studies the burden structure in the blast furnace of Baosteel with respect to more and more intensive shortage of iron ore resource worldwide.
在世界铁矿石资源状况日趋紧张的环境下，对宝钢高炉的用矿结构变化进行了探讨。
Herein introduce the structural feature and operating principle of new-style cold blast snort valve of blast furnace. The structure has gotten application patent (pat. No: ZL200420117234.6).
介绍了高炉用新型冷风放风阀的结构特点和工作原理。此结构已经获得了专利(专利号：ZL 200420117234.6)。
The microstructure of Al-carbon bricks used in the blast furnace is studied by micro-structure analysis method, and the effects of the structure on the performance of the products also discussed.
运用显微结构研究方法，研究高炉用微孔铝碳砖的显微组成结构，探讨了组成结构对使用性能的影响。
The triple Eintegration system is reflected in hierarchical structure in function distribution, and automatic regulation of air flow for blast furnace and safety production are realized.
体现了三电一体化系统在功能分配上的分级分层次结构，通过改造实现了高炉鼓风流量的自动调节和安全生产。
The triple Eintegration system is reflected in hierarchical structure in function distribution, and automatic regulation of air flow for blast furnace and safety production are realized.
体现了三电一体化系统在功能分配上的分级分层次结构，通过改造实现了高炉鼓风流量的自动调节和安全生产。
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