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Pressure drop of the film-enlarged tube bundles in air-water two-phase cross flow in evaporative air cooler

Pressure drop of the film-enlarged tube bundles in air-water two-phase cross flow in evaporative air cooler
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摘要 An experiment was carried out to investigate the relation of the maximum velocity of air passing through narrowest passage, mass flux of spray water in one square meter in one hour and the pressure drop of tube bundles. Twelve equations were obtained for the relation. The results show that the pressure drop of the tube bundles increases with increase of the maximum velocity of air and the mass flux of spray water. Comparing the pressure drop of the bare tube bundles with that of the film-enhanced tube bundles, it is found that the pressure drop of the film-enhanced tube bundles is lower about 11% and the surface roughness of the film-enhanced plates is a main factor that influences the pressure drop. The data and method obtained in the paper can be used to compute the pressure drop of the film-enhanced tube bundles and is helpful for selection of fan.
出处 《Journal of Energy and Power Engineering》 2009年第3期53-58,共6页 能源与动力工程(美国大卫英文)
基金 Acknowledgement: The study is supported by the National Nature Science Foundation. Patent code is 200620098211.4.
关键词 pressure drop velocity of air mass flux of spray water air cooler 空气冷却器 压力下降 喷淋水 管束 电影 蒸发式 横流 最大速度
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