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Solar distillation with single basin solar still using sensible heat storage materials

机译:与单盆太阳太阳能蒸馏仍然使用明智的蓄热材料

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In this experimental study, performance of a single slope single basin solar still have been analyzed with sand and servotherm medium oil (heat transfer oil) as passive storage material beneath the basin liner. The influence of varying depth of storage material for a given quantity of basin water is investigated and compared with the conventional solar still for same parameters. The experiments were conducted at Chandrapur city (19 degrees 57'N, 79 degrees 17'E) of Maharashtra state, India, during summer months. For both, sand and Servotherm medium oil, lower storage depths were found to yield higher productivity compared to conventional still. Also, with passive storage, overnight productivity was found enhanced while daylight productivity lowered. (C) 2017 Elsevier B.V. All rights reserved.
机译:在该实验研究中,单个坡度单坡度太阳能的性能仍然用砂和供热剂介质油(传热油)作为盆地衬垫下方的被动储存材料分析。 研究了对给定量的盆水的变化深度储存材料的影响,并与传统的太阳静止相同参数进行比较。 在夏季,在印度的金发市(19摄氏度,79摄氏度,79摄氏度,79摄氏度,79摄氏度,79摄氏度,79摄氏度)。 对于砂和服务热量中,发现较低的储存深度与常规相比,发现较低的储存深度产生更高的生产率。 此外,通过被动存储,在降低日光生产率的同时,发现过夜生产率增强。 (c)2017年Elsevier B.V.保留所有权利。

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