作者早些时候发表了有人使用和无人使用的室内游泳池的蒸发公式。空池的计算公式是根据自然对流过程中传热和传质之间的类比推导出来的。结果表明，该方法与所有公布的试验数据吻合良好。然而，它仅适用于正密度差（即当室内空气密度大于泳池表面空气密度时）。现在它已经扩展到适用于负性差异。当气体被吹出池表面时，也包括气体。还提供了各种类型的占用池的计算方法。已提供了典型设计条件下未占用水池的计算蒸发率表。 引用:阿什雷翻译。第118卷，第。德克萨斯州圣安东尼奥2号

The author had earlier published formulas for evaporationfrom occupied and unoccupied indoor swimming pools.The formula for unoccupied pool was derived from the analogybetween heat and mass transfer during natural convection. Itwas shown to be in good agreement with all published test data.However, it was applicable only to positive density difference(i.e. when the density of room air was greater than that of airat the pool surface). It has now been extended to apply to negativedensity differences. It has also been extended to include thecase when air is forced over the surface of the pool to removeoff gases. Calculation method is also provided for varioustypes of occupied pools. Tabulations of calculated evaporationrates from unoccupied pools at typical design conditions havebeen provided.