发泡胶使用者在屋顶上充当隔热板,以抵御空间温度

Mutia Hariza Lubis, U. Nurbaiti, A. Yulianto
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引用次数: 0

摘要

. 铝被广泛用作屋顶,但由于其高导热性,导致室温变热。本研究旨在分析聚苯乙烯泡沫塑料作为屋顶散热器对室温的影响。研究方法为泡沫塑料厚度1.5 cm和3.0 cm变化的实验。屋顶的形状是半山墙,朝向北方。结果表明:3个微型住宅屋顶顶部的平均温度远高于屋顶底部的温度,且高于室内温度;对于三种不同处理方式的微型房屋的室温,室温最高到室温最低的顺序为不使用泡沫塑料的微型房屋、使用1.5 cm泡沫塑料的微型房屋、使用3 cm泡沫塑料的微型房屋。可见聚苯乙烯泡沫塑料的使用对室温有影响,对降低室温是有效的。此外,使用的聚苯乙烯泡沫越厚,散发的热量就越多。
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Pengaruh penggunaan styrofoam sebagai peredam panas pada atap terhadap suhu ruang
. Aluminum is widely used as a roof, but it causes the room temperature to become hot due to its high thermal conductivity. This study aims to analyze the effect of styrofoam as a heat sink on the roof to room temperature. The research method is an experiment with variations in the thickness of styrofoam 1.5 cm and 3.0 cm. The shape of the roof is half- gable and oriented towards the north. The results showed that the average temperature of the top of the roof of the three miniature houses was much higher than the temperature of the bottom of the roof and higher than the room temperature. For the room temperature between the three miniature houses with different treatments, the order of the highest room temperature to the lowest room temperature is the miniature house without using styrofoam, using 1.5 cm styrofoam, and with 3 cm styrofoam. It can be seen that the use of styrofoam affects the room temperature and is effective in reducing the room temperature. In addition, the thicker the styrofoam used, the more heat is dissipated.
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3 weeks
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