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Study on Wintry Air Temperature and Humidity of Traditional Houses in Three Regions of Nepal

机译:尼泊尔三个地区传统房屋冬天湿度及湿度研究

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摘要

1. The indoor air temperature is highest in low altitude andvice versa in high altitude.2. The relative humidity (RHi) becomes 22% and 63% forcold and temperate regions, assuming the indoor airtemperature being 15°C; their difference (ΔRHi) is 41%.Similarly, (RHi) become 51% and 67% for temperateand sub-tropical regions, assuming the indoor airtemperature being 20°C; the difference (ΔRHi) is 16%.3. The indoor water vapor concentration was low in cold,intermediate in temperate and high in sub-tropical regions.The difference in the wintry average indoor water vaporconcentration, (ΔC_(wv)) is 5.5 g/m~3 between temperate andcold regions, 3.2 g/m~3 between sub-tropical and temperateregions and 8.7 g/m~3 between sub-tropical and cold regions.
机译:1.室内空气温度在低空中最高反之亦然。2.相对湿度(RHI)变为22%和63%寒冷地区,假设室内空气温度为15°C;它们的差异(ΔRHI)是41%。同样,(RHI)温带51%和67%和亚热带地区,假设室内空气温度为20°C;差异(ΔRHI)为16%。3.室内水蒸气浓度较低,温带中间热带地区的温度和高。冬天平均室内水蒸气的差异浓缩,(ΔC_(WV))在温带之间为5.5g / m〜3透水和温带之间的寒冷地区,3.2克/ m〜3亚热带和寒冷地区之间的地区和8.7克/ m〜3。

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