furnace wall
英 [ˈfɜːnɪs wɔːl]
美 [ˈfɜːrnɪs wɔːl]
网络 炉墙; 炉壁
双语例句
- The result shows that, the alternation tendency of temperature between furnace wall and furnace hearth is accordant.
炉壁温度与炉膛内温度变化规律趋于一致； - Applicable to various abnormity equipment, revolver, sphere, valves, water tank, heat exchangers, reaction kettle, top, and the furnace wall heat insulation heat preservation.
适用于各种异形的设备、旋转体、球体、阀门、水箱、热交换器、反应釜、炉顶、炉墙的隔热保温。 - Is a thermal device, such as furnace wall lining, ideal backing material.
是窑炉等热工设备壁衬、背衬的理想选材。 - The outer furnace wall between the two grates is equipped with a gasification gas outlet pipe, namely utilizing a bottom gas outlet structure.
两炉箅中间的外炉壁上设有气化燃气出气管，既采用下出气结构； - Take the adequate distance between the furnace wall and the crucible.
坩埚与炉壁之间应保持适当距离，且用楔牢牢固定。 - Elements should have their heating sections in the furnace chamber so that no portion of the heating section extends into the furnace wall or refractory plug.
安装时应确保其发热部在炉腔内，没有超出炉壁或者难熔插栓的部分。 - High strength in medium temperature, stable volume in high temperature, wear-proof, anti-slag corrosion, material returner, coal-saver furnace wall and mixing chamber inner wall etc.
中温强度高，高温体积稳定，耐磨损，抗熔渣侵蚀。返料器、省煤器炉墙、混合室内墙等部位。 - Model for inner proffie control of furnace wall lined with copper cooling stave based on the inverse problems in heat transmission;
基于边界条件替代法建立了高炉冷却壁热表面与炉气间的传热系数计算模型。 - We require Insulating Firebricks with light weight which has high mini-porosity arranged in average, keep furnace wall low radiation.
我们需要绝缘，重量轻，具有高的小孔隙度平均安排的耐火砖，保持炉壁辐射低。 - Function on high temperature furnace wall surface in radiation heat transfer.
高温炉壁在辐射传热中的作用。 - Melting temperature distribution characteristic of ash deposits of black liquor coal slurry on furnace wall
黑液水煤浆炉壁灰沉积物熔融温度分布特性 - An analysis on the design parameters of plate-type water cooled furnace wall and circulating cooling system of an EAF
电弧炉板式水冷炉壁及循环冷却系统设计参数的分析 - Application of Heat Transfer Theory in Analysis and Research for Heat Load of Blast Furnace Wall
高炉炉墙热负荷的传热学分析和研究 - Explain the significance of improve the sealing and adiabatic character of furnace wall, considering the economics and security of utility boiler;
从电站锅炉的经济性、安全性角度，说明提高锅炉炉墙密封和绝热的意义。 - The method of repairing furnace wall by coating refractory material and its effect were presented.
详细介绍了唐山建龙烧结厂1号竖炉炉墙采用喷涂技术修复的过程及效果。 - The difficult problem of over-temperature for furnace wall was basically solved by furnace liner revamping, in terms of both the material and structure.
从炉衬材料和结构两个方面入手，对炉衬结构进行改造，基本解决了炉壁超温的难题。 - The results showed that: the heat load of furnace wall is directly proportional to the diameter of cooling pipe, distance between pipes and heat conductivity of brick, and inversely proportional to the distance between cooling pipe and cooling stave, thickness and area of brick lining;
结果表明：高炉炉墙的热负荷与冷却水管直径、冷却水管间距和镶砖的导热系数成正比，与冷却水管距冷却壁热面的距离、镶砖厚度和面积成反比； - In this article, an approach to the design parameters of plate-type water cooled furnace wall and circulating cooling system of an EAF is made with the heat tranmission, and the design principles for optimal energy consumption is put forward.
本文从传热学的角度对电弧炉板式水冷炉壁及循环冷却系统的设计参数进行探讨，提出了最佳能耗的设计原则。 - This model mainly includes several small models for Al-roll and furnace wall etc.
本模型主要包括料卷、炉墙等几个小模型。 - A monitoring method for blast furnace copper stave is introduced. Monitoring for heating surface temperature of copper stave wall and slag thickness were realized and internal profile of blast furnace wall was visible.
介绍了高炉铜冷却壁的一种监控方法，实现了对铜冷却壁炉墙热面温度和渣皮厚度进行监控和高炉炉墙内型的可视化。 - It concludes surface heat flux distribution laws on furnace wall.
同时也得出了炉内壁面热负荷的分布规律。 - The research of the furnace wall structure can be divided into sealing structure and heat preservation structure;
电站锅炉炉墙结构的研究，分为密封结构和保温结构。 - The cause of over-temperature of gasification furnace wall is analyzed.
分析了气化炉炉壁超温的原因。 - The heat transfer theory was applied to study the influence of the design parameters of cooling stave, the lining thickness, the frozen slag layer thickness and heat conductivity on heat load of blast furnace wall.
应用传热学理论计算了冷却器设计参数、炉衬厚度、渣铁凝固层厚度以及对流换热系数对炉墙热负荷的影响。 - Influence of furnace wall thickness on heat loss and optimization design
炉墙厚度对热损失的影响及其优化设计 - Effect of furnace wall emissivity on surface heat flux of heated stock is analyzed for direct firing furnace and in direct heating furnace.
分析了炉壁黑度对炉膛辐射换热流的影响，分别对火焰直接加热炉和间接加热炉进行了讨论。 - The connetion between cooling water flux and cooling effect of blast furnace wall is revealed by experiment.
通过实验揭示冷却水流量与高炉炉壁冷却效果间的关系。 - The radiation heat transfer in enamelling furnace is analyzed and calculated, resulting in the calculation equation of heating time for wear. The effect of the distance and diameter of radiant tubes are also discussed on the heating time and furnace wall temperature.
分析并推导辐射管搪烧炉炉膛辐射换热计算公司和制品加热时间计算方程，讨论了辐射管管距对制品加热时间和炉墙温度的影响。 - Numerical simulation study on heat and mass transfer process and the use of CFD technology to the molten pool smelting blowing stirring, to investigate the effect of injection speed, depth of the bath flow and bath splash damage to the furnace wall is very necessary.
因此利用CFD技术对熔池熔炼喷吹搅拌的传热传质过程进行数值模拟研究，探讨喷吹速度、深度对熔池内流型的影响以及熔池喷溅对炉壁的破坏作用是十分必要的。 - Membrane water-wall of the boiler structure can enhance boiler seal, improve fuel thermal efficiency, reduce material, and weight of the furnace wall.
膜式水冷壁的锅炉结构可以加强锅炉密封性，提高燃料热利用率，减少炉墙的材料和重量。