@article{oai:sapporo-u.repo.nii.ac.jp:00000056,
 author = {和田, 昭夫},
 journal = {札幌大学教養部・札幌大学女子短期大学部紀要},
 month = {Mar},
 note = {P, (1). The author concluded that Newton's cooling equation can be applicable at that condition in which the temperature of the earth surface and air is ilmited within about -10℃ to 30℃ from the calculation using Stefan-Boltzmann's law etc., to the cooling of the earth surface. (2). One dimemtional RC networks showed that observed 1m depth's soil temperature minus that of ordinary location is the temperature owing to subsoil heat source, if the depth of the upper surface of heat source is larger than 5m. (3). Calculating graph shows the soil temperature distribution of 1m depth which is effected by the upper plane surface of heat source that contact the earth surface with small angle. (4). Application of above conclusions was made to Kawayu district, Hokkaido. In it, the author introduced the apparent cooling constant, h'=I/L' where L' is the depth of the summit of heat source.},
 pages = {A1--A8},
 title = {ニュートンのクーリングの式の検討及び1m深地温分布の図式解法と川湯地域への適用},
 volume = {3},
 year = {1972}
}