1.
The Calculation Research of Temperature Rise of Large Natural Oil Circulation Power Transformer with Directed Structure with the Means of Natural Air Cooling and Forced Air Cooling;
大型自然油循环导向结构变压器自然风冷却和强风冷却温升计算研究
2.
A sudden cold gale coming from the north.
北来大风来自北方的突然冷风
3.
Calculation Model and Influence Factors of Cooling Performance of Natural Draft Cooling Tower;
自然通风冷却塔冷却性能计算模型及影响因素
4.
Process Design Discussion of Super Large Natural Draft Cooling Tower
超大型自然通风冷却塔工艺设计探讨
5.
Research on Flow Resistance of Inlet Air and Performance Optimization of Natural Draft Counterflow Wet Cooling Tower with Air Deflectors
具有导风板的自然通风逆流湿式冷却塔进风阻力研究及性能优化
6.
Circumferential inflow air distributing rules in a natural draft wet-cooling tower under crosswind conditions
侧风环境下自然通风湿式冷却塔周向进风变化规律
7.
Research of the Influence of Condensing Heat Release to the Environment and Natural Ventilation;
冷凝热释放对环境及自然通风的影响研究
8.
Precooling by Natural Ventilation Process Simulation of the Car Indoor Thermal Environment;
汽车室内热环境自然通风预冷过程模拟分析
9.
Research on Evaporation Loss of Natural Draft Counter-flow Wet Cooling Towers;
自然通风逆流湿式冷却塔蒸发水损失研究
10.
Numerical Simulation and Structural Optimization of Natural Draft Wet Cooling Tower
自然通风湿式冷却塔数值模拟与结构优化
11.
Discussion about Transverse-flow Natural Draft Cooling Tower
北京某热电厂横流式自然通风冷却塔剖析
12.
Performance of Direct Air Cooled Condenser Under Natural Draft in Winter
冬季自然通风状态下直接空冷凝汽器的性能
13.
Numerical Simulation of the Natural Convection Cooling for PV Module
太阳电池组件自然通风冷却的数值模拟
14.
Numerical simulation for thermal performance of natural draft wet cooling tower
自然通风湿式冷却塔热力特性数值模拟
15.
Performance Evaluation and Model Test on Influence of Wind of Natural Draft Counter-Flow Wet Cooling Towers;
自然通风逆流湿式冷却塔性能评价及环境侧风影响的试验研究
16.
Research on Water Distribution System of Natural Draft Counter-flow Wet Cooling Towers under Cross-wind Conditions;
侧风环境下自然通风逆流湿式冷却塔的配水系统研究
17.
Mechanism Research of Crosswind Effect on Heat and Mass Transfer in Natural Draft Counterflow Wet Cooling Tower
侧风对于自然通风逆流湿式冷却塔传热传质影响机制的研究
18.
The ventilated dry-type unit is cooled by a continuous natural draft of air and consequently is not suitable for locations where the air is wet or dirty.
风冷干式变压器通过持续的自然通风来冷却,因此不适合于潮湿或多尘的场所。