1.
graphite resistor radiation furnace
石墨电阻辐射加热炉
2.
The shell and cover of the radiation tube heating furnace.
辐射管加热炉的炉壳及炉盖;
3.
Selection of far infrared heating elements in low temperature resistance furnace
低温辐射电热炉的远红外加热元件的选择
4.
MR reheat type boiler
船用全辐射再热型锅炉
5.
Based on the principle of heat transfer, the paper proposed a new type of heating furnace-low temperature radiation furnace.
从传热学原理,本文提出了一新型加热炉——低温辐射炉。
6.
Application of discrete ordinate method for the radiation heat transfer calculation in a cylindrical shape furnace
辐射离散坐标法在柱形炉膛中的辐射传热计算
7.
infrared directional radiation heater
红外定向辐射加热器
8.
Numerical Study of Flow and Heat Transfer in the Transition Section Combining the Gasifier with the Radiant Syngas Cooler
气化炉与辐射锅炉接口的传热流动数值模拟
9.
The research of the radiative heat transfer models for the hearth inside polycrystalline silicon reduction furnace
多晶硅还原炉炉膛内的辐射传热模型研究
10.
On the other hand, if the oven is heated, it can serve as a source emitting energy through the hole.
另一方面，若炉子被加热，它就能够做为一个辐射源通过小孔发射能量。
11.
Thanks to the development of new sealing technology, the regeneration type radiant tube nozzle can be used in the vacuum furnace to achieve uniform heating result.
新型密封技术的开发，使蓄热式辐射管烧嘴得以应用在真空炉上，并获得了均匀的加热效果。
12.
NUMERICAL SIMULATION OF HEAT TRANSFER ON THE HIGH-RADIATION COATING MATERIAL IN THE HOT BLAST STOVES
高辐射覆层对高炉热风炉蓄热体传热过程影响的数值模拟
13.
Numerical Simulation of High Radiative Coating on Heat Transfer Process in Regenerator of Hot Blast Stove
高辐射覆层对热风炉传热过程影响的数值模拟
14.
There is a increase in heat radiation with a increase in load, and there is a decrease with an increase in speed.
负荷增加时辐射热量增加,转速增加时辐射热量减少。
15.
Study on the Characteristic of Far-infrared Radiation Heating Using Hot Fluid;
流体载热远红外辐射加热特性的研究
16.
Numerical analysis of heat transfer in gasifier radiation and waste heat boiler interface bracket
气化炉与辐射废锅接口托架传热的数值分析
17.
Thermodynamic Calculation of Radiative Heat Transfer in a Coal-fired Boiler under an Oxygen Combustion Mode
氧燃烧方式下煤粉锅炉辐射传热特性分析
18.
Measuring method for electric-to-radiant power transfer efficiency of infrared heater
GB/T7287.7-1987红外辐射加热器电—热辐射转换效率测量方法