1.
Experimental Investigation of the Properties of Sintered Deposits on Heat Exchange Surfaces in Municipal Wastes Incineration;
垃圾焚烧过程受热面积灰烧结特性实验研究
2.
The Study on System of the On-line Monitoring of Fouling and Slagging on Utility Boiler Heat Surfaces;
电站锅炉受热面积灰结渣在线监测系统的研究
3.
Boiler Heating Surface Soot Deposit, Slag Pollution Monitoring and Sootblowing Estimation;
锅炉受热面积灰、结渣污染监测及吹灰判断
4.
A Study on the On_line Monitoring of Fouling, Slagging of Heating Surfaces of Utility Boiler;
电站锅炉受热面积灰结渣在线监测的研究
5.
Study of Monitoring System of Heating Surface Dust Stratification for 330MW Boilor;
达旗电厂330MW锅炉受热面积灰监测系统研究
6.
Study on On-line Ash Deposition and Scaling Monitoring and Sootblowing Optimization on Tubular-furnace Convection Surface;
管式加热炉对流受热面积灰结垢在线监测与吹灰优化研究
7.
CONVEX-CONCAVE SHAPE:Unique designed of convex-concave shape,which can strengthen and expand the heated measure.Promote to absorb the light and heat energy. Increase the radiating energy.
在省油器表面形成许多凹凸面：使表面受热面积加大，促进吸收光能及热能，增加红外线放射能量。
8.
The difference of heated area between tubes is very small, so the thermal deviation mainly results from inhomogeneous endotherm and flux.
但由于管子毛间的受热面积差异很小，过热器的热偏差主要由于吸热不均匀和流量不均匀造成。
9.
Study on Online Foul Monitoring and Sootblowing Optimization of Convection Surface for Pulverized Power Plant Boilers;
燃煤电站锅炉对流受热面积灰、结渣在线监测与优化吹灰系统研究
10.
A Study on the on the On-line Monitoring of Slagging, Fouling and Intelligent Sootblowing on Utility Boiler Heat Surfaces;
电站锅炉受热面积灰、结渣在线监测的研究与应用
11.
A Study on the On-line Monitoring of Slagging、Fouling and Intelligent Sootblowing on Utility Boiler Heat Surfaces;
电站锅炉受热面积灰、结渣在线监测及智能吹灰的研究
12.
Optimization of heat transfer areas in three-heat-source absorption refrigerator
三热源吸收式制冷机的传热面积优化
13.
Both towers had similar volumes of smoke and heat, but in the north tower, about three times as many people were trapped in roughly half the space.
两座楼都浓烟滚滚、热浪袭人，但困在北楼的人数是南楼的3倍，而受困的面积只是南楼的一半。
14.
Thermal radiation: Process by which energy is emitted by a warm surface.
热辐射:受热表面发射能量的过程。
15.
Modification of Increasing Heat Delivery Surface Area of Low temperature Reheater in DG1004t/h Boiler
DG1004t/h锅炉增加低温再热器受热面改造
16.
Heat transfer coefficient of additional heating surface in CDQ waste-heat boiler
干熄焦余热锅炉中附加受热面传热系数的研究
17.
and urban area to be heated by thermal power will cover around 100 million square meters.
市区热力供热面积达到1亿平方米左右。
18.
The Thermal Design Theory of Electronic Products and the Calculation of Its Area of Heat Dissipation
电子产品热设计原理及其散热面积的计算