Practical results show active effect to the life of the cooling stave.
高炉应用结果表明，对延长冷却壁寿命起到了积极的作用。
In addition, the research method of this paper is quoteworthy for research on cooling stave.
同时采用的研究方法在冷却壁的研究中具有参考价值。
The movable water-cooled skimmer was designed according to the work principle of BF cooling stave.
式水冷撇渣器是根据高炉冷却壁的工作原理设计的。
Cooling stave is an important equipment of blast furnace and has an effect on blast furnace life directly.
冷却壁是高炉重要的冷却设备，直接影响高炉炉体的使用寿命。
The hot test of the copper cooling stave with circular channels was done in the test furnace designed by the authors.
在自行研制的热态试验炉上对圆孔型铜冷却壁进行了热模拟试验。
Construction technology of replacing the cooling stave (S3 section) of Baosteel 's blast furnace no. 3 is introduced.
介绍宝钢三高炉s3段冷却壁更换施工技术。
Some advanced techniques are adopted, such as PW type bell-less top, copper cooling stave and INBA slag granulation process.
这次大修采用了PW无料钟炉顶、铜冷却壁和INBA炉渣处理等先进技术。
The paper introduces the design of closed-circuit soft water cooling stave control System used in No. 3 blast furnace in Baosteel.
本文介绍了在宝钢3号高炉上采用的软水密闭循环冷却壁控制系统的设计。
Heat transfer of cast steel cooling stave is the research object, and simplified heat transfer formula is proposed based on thermal state test results.
以铸钢冷却壁的传热为研究对象，根据热态试验结果，提出简化传热关系式，并将其与神经网络技术相结合，形成冷却壁热面温度预测仿真模型。
Closed loop soft water cooling system, 3rd generation new type cooling stave and thinner-synthetic lining have been used in bosh, belly and lower stack.
在炉腹、炉腰和护身下部区域，采用了软水密闭循环冷却系统、第3代新型冷却壁和组合薄炉衬技术。
The finite element mould of the cast steel cooling stave of blast furnace was established and the initial conditions and boundary conditions were determined.
建立了高炉铸钢冷却壁的有限元模型，确定了冷却壁温度场模拟的初始条件和边界条件。
The cooling structure combined cooling plate and cooling stave and the ceramic cup hearth structure can meet the need of prolonging campaign life of BFs at Meishan Co.
认为现役高炉采用的炉身板壁结合的冷却结构以及炉缸陶瓷杯结构适合梅山高炉长寿要求。
In this paper the micro-computer software for the three dimensional temperature field in steel cooling stave is introduced, and the analysis of the temperature field is performed.
介绍了冷却壁三维温度场的计算软件，并对钢冷却壁的三维温度场进行了计算。
The results prove fatherly that the use of copper cooling stave has great significance to the longevity of blast furnace because of the excellent heat transfer capability of copper …
结果表明铜壁高的导热性能和钻孔工艺对高炉长寿意义重大。
The results indicate that the two factors, which are very important during operation of blast furnace and manufacturing of cooling stave, highly influence cooling capacity of cooling stave.
结果表明：这两个因素对冷却壁的性能都具有很大的影响，在高炉操作和冷却壁的设计制造中必须重视。
Cast steel cooling stave has favorable impact toughness and cyclic-temperature loading fatigue, and it has no thermal resistance of coat and gas gap witch exist in ductile iron cooling stave.
铸钢作为冷却壁的材料具有良好的冲击韧度和耐热疲劳性能，并且结构上完全去除了球墨铸铁冷却壁的防渗碳涂层和冷却水管与本体之间的间隙热阻。
The thermal test system of cooling stave was designed and established to put up the industrial experiment of the heat transfer for the cast steel cooling stave and ductile iron cooling stave.
设计并建造了冷却壁热态试验系统，对铸钢冷却壁和球墨铸铁冷却壁的换热效果进行了工业模拟试验。
Oil and air lubrication casting tools: the machine manufactured precisely with imported materials, the mold cooling stave fit closely with graphite ring, to ensure oil and air sealing effect.
油气滑铸造工装，采用进口材料精密加工，结晶器冷却壁与石墨环紧密贴合，确保油、气密封效果。
The results indicated that the three factors affected the property of the cooling stave, therefore, much importance should be attached to the designing of stave and operation of blast furnace.
结果表明，这三个因素对冷却壁的性能都具有很大的影响，在冷却壁的设计和高炉操作中必须引起重视。
The result shows that there is no difference in thermal properties between cast copper stave and rolled copper stave. The cooling capacity of cast one is very good.
热态试验结果表明，铸铜冷却壁与轧制铜冷却壁在热态性能上没有大的区别，冷却能力很好，壁体与埋管间没有气隙热阻。
In this paper, effect of the cooling water stability, cooling water velocity, gap between cooling water pipe and stave and height of stave on the stave life is analyzed by heat transfer theory.
应用传热学理论计算分析了高炉冷却水的稳定性、冷却水的水速、冷却水管与冷却壁本体的间隙及冷却壁的高度对长寿高效高炉冷却壁寿命的影响。
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 influences of two factors including thickness of scale of cooling water-pipe and air clearance exerting on temperature field of stave is discussed based on calculation.
同时根据计算结果讨论了冷却水管水垢厚度、气隙层厚度对高炉铸钢冷却壁温度场的影响。
The main causes of stave destruction at Baosteel No. 3 BF are as follows:unreasonable refractory selection and stave design, bad quality cooling water, etc.
前言：宝钢3号高炉冷却壁破损的主要原因是：耐火材料选择不合理，冷却壁设计不合理，冷却水质控制不好，渣皮不稳定等。
The results showed that heat load of stave was increased with increasing gas temperature. Increasing cooling water rate and decreasing stave wall thickness had small effect.
分析结果表明，冷却壁热负荷随着炉气温度的升高而增加，提高冷却水速度和壁体烧损变薄对热负荷的影响较小。
The results showed that heat load of stave was increased with increasing gas temperature. Increasing cooling water rate and decreasing stave wall thickness had small effect.
分析结果表明，冷却壁热负荷随着炉气温度的升高而增加，提高冷却水速度和壁体烧损变薄对热负荷的影响较小。
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