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Enhanced solar still performance using water film cooling of the glass cover

机译:通过玻璃盖的水膜冷却增强太阳能静止性能

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摘要

The effect of water film cooling of the glass cover on the efficiency of a single basin still is theoretically investigated. The effectiveness of film cooling under different operating conditions is reported. Part of the cooling water is recycled as makeup water to the still to further enhance its efficiency. The results of this investigation indicate that proper use of film cooling parameters can increase the still efficiency by as much as 6 percent, but poor combinations of film cooling parameters can lead to significant reductions in still efficiency. The presence of the cooling film neutralized the effect of wind speed on the still efficiency. The actual gain in still efficiency due to the use of a cooling film is further amplified when the practical considerations of where and how such a still is used are taken into account.
机译:从理论上仍然研究了玻璃盖的水膜冷却对单个水盆效率的影响。报道了在不同操作条件下薄膜冷却的有效性。一部分冷却水作为补充水再循环到蒸馏塔,以进一步提高其效率。这项研究的结果表明,正确使用胶片冷却参数可以使静止效率提高6%,但是胶片冷却参数的组合不当会导致静止效率的显着降低。冷却膜的存在抵消了风速对静止效率的影响。当考虑到在何处以及如何使用这种蒸馏器的实际考虑时,由于使用冷却膜而导致的蒸馏器效率的实际增益被进一步放大。

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