Snowmelt by Heat Transported from Shallow Underground

Noto Yuji, Kawakami Tomonori, Saeki Takashi, S. Yuka
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Abstract

An experiment to melt snow on the ground surface by heat transported from shallow underground was conducted from December 2010 to February 2011. Water filled in an underground tank was circulated through the tube buried just below the ground surface from the tank to under the ground surface. With the system, heat was transported from underground to the water through the wall of the underground tank. Although the temperature of the circulating water fell to 4 ゚C at the beginning of February, it was found to be possible to melt snow. When snowfall rate was 10 cm or less in a day, it was melted in the day, while the depth of snowfall become to 10 cm or more in a day, it remained unmelted partly, but the whole quantity was melted in 2 or 3 days.
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从地下浅层输送的热量融雪
2010年12月至2011年2月进行了利用地下浅层传热融化地面积雪的试验。地下储罐中的水通过埋在地表以下的管道从储罐循环到地表以下。在这个系统中,热量通过地下水箱的壁从地下输送到水中。虽然循环水的温度在2月初降至4ºC,但发现有可能融化雪。当一天降雪量小于等于10 cm时,积雪在一天内融化,当一天降雪量大于等于10 cm时,积雪部分不融化,但在2 ~ 3天内全部融化。
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