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- W1603817022 abstract "The phenomenon of water evaporation into air is important from heat and mass transfer view point and it exists in many applications such as water purification plants, swimming pools, cooling ponds, solar stills, drying, air conditioning and nuclear engineering. The evaporation from a water body is the result of two process: forced evaporation due to the flow of air across the water surface and free evaporation (evaporation to still air) caused by the density difference of moisture between the air just above the water surface and the surrounding air. In many systems such as swimming pools the evaporation from free water surface and wetted surface is often caused by a combination of both forced and free evaporation components. In indoor swimming pools, due to conventional ventilation there is a small but significant amount of forced convection over both the water surface and wetted surfaces. Considerable efforts have been made to predict the correlation of water evaporation rate from free water surface into the both still and moving air[1-4]. The expressions that have been proposed by the researchers for the evaporation rate are very complicated and induce the effects of airflow above the water surface and the difference in vapor pressure of water at its surface temperature and that in the surrounding air dew point. The majority efforts in the past have been made to collect data from outdoor evaporation. Sartori [1] investigated the solar evaporation rate from outdoor large free water surface. Lam and Chan [3] studied the thermal performance and energy cost of an outdoor roof top swimming pool. Tang and Etzion [4] compared the evaporation rates from free water surface and wetted surface to the outdoor ambient air. More investigations are needed to determine which correlation can be considered reliable to predict evaporation rates for indoor moving air streams." @default.
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- W1603817022 date "2007-02-12" @default.
- W1603817022 modified "2023-09-24" @default.
- W1603817022 title "Effect of Air Velocity on Water Evaporation Rate in Indoor Swimming Pools" @default.
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