flue heating surface

flue heating surface的基本解释

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焰管受热面, 烟道受热面, 炉胆受热面, 火管受热面

与flue heating surface相关的网络例句 [注：此内容来源于网络，仅供参考]

The mathematical correlation model of heating surface area and flue outlet temperature has been established,and the best flue temperature at furnace outlet upon condition that the heating surface area is minimized has been obtained by optimization.

建立锅炉受热面积与炉膛出口温度的数学关联模型，并通过解的最优化处理得到锅炉最少受热面积下的最佳炉膛出口温度。

For coal-fired boilers: coal rate of 8 ~ 20%; clear coking coal-fired system 50 ~ 95%; to reduce sulfur emissions 20 ~ 30%; to reduce harmful gas emissions 50 to 95 percent; firepower improve about 20%; lower value of about 14% of spontaneous combustion, and life brought about by the extension of the boiler to reduce the repair cycle of the furnace, flue, heating surface, such as equipment maintenance Qing Jiao role in enhancing the stability of combustion, reducing harmful gas emissions and other benefits.

对于燃煤锅炉：节煤率为8～20％；清除燃煤系统结焦50～95％；降低硫排放20～30％；降低有害气体排放50～95％；火力提高20％左右；降低自燃值14％左右，并带来延长锅炉使用寿命，减少维修周期，对炉膛、烟道、受热面等设备具有清焦保养作用，提高燃烧的稳定性，减少有害气体的排放等效益。

By using the said model, the mass flow of flue gas and steam can be calculated on the basis of temperature and pressure concerning the working medium at inlet and outlet of the boiler's heating surface, and the variated amount of the heating surface's thermal resistance can be calculated without using structural parameters of the heating surface.

由于简单换热器模型能够根据锅炉受热面进、出口处工质的温度和压力，计算烟气和汽的质量流量；可以不使用受热面的结构参数，计算受热面导热热阻的变化量。所以，采用该模型开发电站锅炉吹灰优化控制系统，能够解决传统方式存在的流量计算精度低、污垢热阻计算不准确等问题。

与flue heating surface相关的网络解释 [注：此内容来源于网络，仅供参考]

flue heating surface：烟道受热面

flue header 排烟联箱 | flue heating surface 烟道受热面 | flue loss 烟道损失

flue heating surface：烟管受热面

"烟道气温度","flue gas tamperature" | "烟管受热面","flue heating surface" | "焰管塞","flue plug"

flue heating surface：焰管受热面,烟道受热面,炉胆受热面,火管受热面

flue heating ==> 管道加热 | flue heating surface ==> 焰管受热面,烟道受热面,炉胆受热面,火管受热面 | flue liner ==> 烟道衬块