The traditional indirect evaporative coolers necessitate a continuous operation of water pumps to ensure the wetting of wet channel walls. However, excessive water spraying can lead to a thickened water film, negatively impacting heat transfer efficiency and generating an additional pressure drop. Identifying suitable water supply strategies and exploring materials for the wet channel that possess good moisture retention and evaporation characteristics has drawn research attention over the years.

中文翻译：

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基于仿真结果的薄膜倾斜自动芯吸露点蒸发冷却装置性能实验

传统的间接蒸发冷却器需要水泵连续运行以确保湿通道壁的润湿。然而，过度喷水会导致水膜变厚，对传热效率产生负面影响并产生额外的压降。多年来，确定合适的供水策略并探索具有良好保湿和蒸发特性的湿通道材料引起了研究关注。