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Experiment and Analysis of Combined Heat and Water Vapor Transfer Through Clothes with Condensation

机译：冷凝水通过衣物传热与水蒸气联合传递的实验与分析

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摘要

A series of experiments is performed on the combined heat and water vapor transfer through fabric at simulated high altitudes. A considerable water vapor concentration difference is imposed between the water vapor source and the environment, so that condensation takes place in the specimen. A new analytical expression for the rate of condensation in textile materials is derived by considering the combined heat and mass transfer between the specimen and the environment. Although the amount of condensation in textiles can not be correlated well by primitive parameters such as temperature or water vapor concentration differences, good agreement can be obtained between the condensation mass flux measured experimentally and that calculated by means of the derived expression.
机译：在模拟的高海拔地区，通过织物进行的热量和水蒸气的综合传递进行了一系列实验。在水蒸气源和环境之间施加了相当大的水蒸气浓度差，从而在样品中发生冷凝。通过考虑样本与环境之间的热与质量传递结合，得出了纺织品材料中凝结速率的新分析表达式。尽管纺织品中的冷凝量不能通过诸如温度或水蒸气浓度差之类的原始参数很好地关联，但是通过实验测得的冷凝质量通量与通过推导表达式计算出的冷凝质量通量之间可以取得很好的一致性。

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