The thermal situation for the soaking chamber of CAPL. including heating characteristic. temperature distribution in the furnace and heat equilibrium.
本文介绍某厂CAPL均热室热工工况，包括均热室的供热特点、炉内温度分布及热平衡。
By solving the mathematical model, the regulation on the temperature distribution of the furnace gas and slab in heat furnace was analyzed.
通过对数学模型的求解，研究分析了加热炉内炉气、板坯温度分布的变化规律。
Heat and mass transfer process will not only affect the combustion temperature and gas distribution before the tuyeres but also affect the slag formation and pig iron quality in cylinder furnace.
其传热传质过程不但影响风口前的燃烧温度和煤气分布，而且还影响炉缸内渣铁的形成和生铁质量。
It is demonstrated that selecting an optimum heat treatment process and making uniform temperature distribution in the furnace is favourable to improving the dynamic properties of aluminum alloy.
试验表明，选择最佳热处理工艺和改善热处理炉温度场均匀分布对提高铝合金力学性能具有重要意义。
Using the counting outcome and method of enforce heated in the furnace guide the produce, the temperature distribution is in keeping with hot rolling technology and improves the quality of products.
将理论计算结果与炉内局部强化加热的供热方法相结合，使钢坯进轧机的温度分布均匀性有明显改善，满足了工艺要求，提高了产品轧制质量。
Therefore, it is very necessary to make an analysis of the temperature distribution in the traditional electric box furnace.
因此对传统箱式电炉炉膛内的温度分布作一分析已是十分必要。
The temperature distribution of conveying roller in horizontal tempering furnace was simulated numerically.
对水平钢化炉内传动辊的温度场进行了数值模拟。
Complex patterns of flue gas and non-uniform temperature distribution along furnace height were taken place due to high jet velocity of bottom burners in the ethylene cracking furnace.
乙烯裂解炉底部燃烧器的燃气射流，使炉内烟气流动复杂，烟气温度分布的均匀性较差。
Finally, the speed, temperature and composition distribution in the furnace are analyzed in detail.
最后，本文对炉内速度、温度及组分分布等进行了详尽分析。
The technological process of metallurgical reheating furnace is analyzed and the temperature distribution model of slab in reheating furnace is presented by applying the theory of heat transfer.
该文分析了冶金加热炉的工艺流程，利用传热学理论建立了加热炉内钢坯温度分布模型；
Change of heat flux and temperature distribution along furnace height with varying furnace conditions can be reflected in the model.
此模型能够反映出沿炉膛高度方向热流和温度分布随炉内工况变化。
The igniter with multiple slit burner is characterized by its higher combustion efficiency, better adjustment of flame length, more rational temperature distribution in the furnace hearth.
多缝式烧嘴点火器具有燃烧效率高、火焰长度易调、炉膛温度分布合理等优点。
Moreover, the NH4HF2 content in the batch, the temperature distribution in the fiber-drawing furnace, and fiber drawing technology also have influence on the scattering loss of the fiber.
配合料中引入适量NH_4HF_2，选用温度结构合理的拉丝炉及拉丝工艺也有助于降低光纤的损耗。
In order to reach uniform temperature distribution in tunnel bogie hearth furnace, the technology of pulse firing control of high velocity burner with air diffusion is proposed.
为解决隧道式淬火炉炉温分布不均匀的问题，采用了高速调温烧嘴脉动燃烧控制技术。
These will result in local heat accumulation at the outlet of burner, very high temperature of flue gas, uneven distribution of temperature in furnace and damage of nozzles.
这将导致燃烧器出口处热量局部聚集，烟气温度非常高，造成炉内温度分布不均及喷嘴的损坏。
By some pictures in other places of furnace, the trained network is able to get the on-line furnace's temperature distribution, and offer the science data for furnace's temperature.
摄取空间其它部位火焰图像，经过已训练的网络，可以得出炉膛在线的温度分布，为锅炉测温提供了有力数据。
The thermal situation for the soaking chamber of CAPL. including heating characteristic. temperature distribution in the furnace and heat equilibrium. is introduced in this paper.
本文介绍某厂CAPL均热室热工工况，包括均热室的供热特点、炉内温度分布及热平衡。
The wall heat flux distribution, two-phase flow field, temperature field and pulverized coal particles trajectory in furnace are described according to the calculation results.
根据数值模拟的结果，描绘出炉膛内的壁面热负荷分布、两相流场、温度场、煤粉颗粒轨迹等。
The temperature of reducing annealing furnace and molten zinc alloy in the pot is to be controlled by two-level distribution control with computer.
采用二级微机集散控制系统控制还原退火炉的炉温和镀锅的镀液温度。
Current research achievements in furnace temperature distribution visualization can provide the practical basis for the inspection and control of the combustion conditions in the furnace.
现有的炉膛温度场可视化技术研究成果为炉膛内部的燃烧的监测和控制提供实践基础。
Current research achievements in furnace temperature distribution visualization can provide the practical basis for the inspection and control of the combustion conditions in the furnace.
现有的炉膛温度场可视化技术研究成果为炉膛内部的燃烧的监测和控制提供实践基础。
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