炉壁

通过对比炉壁热电偶温度信息及应用双色法提取的炉壁温度场分布可知本文采用的计算方法所提取的温度场能够准确的反映灰渣表面温度信息。

By comparing the thermocouple temperature of furnace wall and ash temperature distribution information it show that the temperature field extracted from the image can accurately reflect the ash surface temperature information .

这两种四边形网格，一是网格线与炉壁平行的Map网格，一是以四个燃烧器喷口为中心呈辐射状的Paving网格。

One of the quadrangular grid is the map grid whose grid lines are parallel to the furnace wall , and the other quadrangular grid is the paving grid whose grid lines are radialized with the center of four burners .

这种RU型硅碳棒通常从冷端部穿过炉壁进行安装。

The RU is normally installed with the cold end through the wall of the furnace .

炉壁超音速氧枪在120tUHP-AC-EAF上的应用

The Application of the Super Sound Velocity Lance to a 120 t UHP-AC-EAF

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。

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 .

珠钢炼钢部150t竖井电炉炉壁氧枪存在氧耗高问题，通过炼钢过程中的热平衡计算，设计出满足实际工况的超音速氧枪。

In view of the high energy consumption existing in oxygen lance for 150t shaft-type EAF wall in the steel-making department of ZIS , the ultra-sonic oxygen lance is designed to meet the need of practice , based on the calculation of the thermo balance in the process of steel-making .

炉壁黑度对炉膛辐射换热影响的研究

Effect of Furnace Wall Emissivity on Radiation Heat Transfer in Furnace

闪速炉反应塔炉壁温度场的数值解析

Numerical simulation on temperature field of reaction shaft in flash smelter

高炉炉壁侵蚀状态预测的神经网络分析法

The neural network method for predicting erosion of blast furnace wall

坩埚与炉壁之间应保持适当距离，且用楔牢牢固定。

Take the adequate distance between the furnace wall and the crucible .

高温炉壁在辐射传热中的作用。

Function on high temperature furnace wall surface in radiation heat transfer .

炉壁黑度对火焰炉能耗的影响

Influence of wall emissivity on energy consumption in oven

炉壁热损失及其厚度的确定

Heat loss through furnace walls and determination of the thickness of the walls

电炉炼钢炉壁碳氧喷吹模块系统的研究及应用

Study and application of carbon-oxygen jet module for EAF

现代电炉多功能炉壁碳氧喷枪技术的发展

Development of Modern EAF Multi-functional C-O Injector Technique

焦炉煤气在电炉新型多功能炉壁氧枪上的应用

Application of Coke Oven Gas in New Multifunction Wall Oxygen Lance of Electric Furnace

炉壁采用耐火砖可大大降低热耗。

If you use firebricks round the walls of the boiler , the heat loss .

黑液水煤浆炉壁灰沉积物熔融温度分布特性

Melting temperature distribution characteristic of ash deposits of black liquor coal slurry on furnace wall

用不同模型研究炉壁黑度对炉膛内热交换的影响

Influence of Wall Surface Emissivity on the Heat Exchange in Furnaces Studied with Different Models

水冷炉壁粘附问题

Problem of Water-Cooled Wall Sticking

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 connetion between cooling water flux and cooling effect of blast furnace wall is revealed by experiment .

炉壁温度与炉膛内温度变化规律趋于一致；

The result shows that , the alternation tendency of temperature between furnace wall and furnace hearth is accordant .

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。

We require Insulating Firebricks with light weight which has high mini-porosity arranged in average , keep furnace wall low radiation .

介绍了高炉炉壁的几种冷却方式，探讨了其余热利用的有关问题。

The article introduces the methods of BF wall cooling , and discusses the problems concerned of BF waste heat utilizing .

为了安全生产和经济效益，炼钢转炉的炉壁需要定期检测厚度。

For the purpose of safety and benefits in iron-steel company , the thickness of steel-making converter should be measured regularly .

熔炼炉壁中砌体的界面力学有限元矩阵对号入座法与热应力

The Interface Mechanical Finite Element Matrix Matching Method and the Thermal Stress for the Masonry Envelop in the Wall of Melting Furnace

垣曲商城出土炉渣炉壁内金属颗粒及矿物组成的初步研究

A preliminary study of metal particles and mineral phases of copper slag excavated from the Yuanqu City site of the Shang Dynasty

作为一股高速射流，它对一次风气流起支撑作用，以防止炉壁结渣现象的发生。

As a high velocity air jet , it supports and straightens the primary air stream and thus prevents slagging on the furnace walls .

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。

Effect of furnace wall emissivity on surface heat flux of heated stock is analyzed for direct firing furnace and in direct heating furnace .

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 difficult problem of over-temperature for furnace wall was basically solved by furnace liner revamping , in terms of both the material and structure .