Considerations on thermal resistance proportional to volume and infrared rays related to heated substance - 4 (IR radiated from ion motion: calculation of thermal capacity, radiant exitance and new reasons of m = 1 of τ and R = ∞ of linearly increasing θ)

カテゴリ: 部門大会

論文No: 51

グループ名: 【B】令和3年電気学会電力・エネルギー部門大会

発行日: 2021/08/12

タイトル(英語): Considerations on thermal resistance proportional to volume and infrared rays related to heated substance - 4 (IR radiated from ion motion: calculation of thermal capacity, radiant exitance and new reasons of m = 1 of τ and R = ∞ of linearly inc

著者名: 多田利春（無所属）

著者名(英語): Toshiharu Tada (non-partisan)

キーワード: 赤外線|モル比熱|化学反応熱|ボルツマン定数|放射発散度|ポアソン分布|infrared ray|molar specific heat|chemical reaction heat|Boltzmann constant|radiant exitance|Poisson distribution

要約(英語): Infrared rays (IR), assuming thermal conduction, have been greatly studied in previous works. In this paper, the mechanism behind the emission of infrared rays from ion motions was further explored through the adoption of ion spin with two axes. The relationship between IR frequency and the temperature was also analyzed. Based from this, a thermal capacity equation was formulated, which additionally put the occurrence of chemical reaction heats into consideration, and the equations of substance aging were derived and evaluated. The IR’s radiation bandwidth and cuspidal curve were explained from the Poisson distribution to connect with the motion frequency unification of ions generated by electrostatic induction. Furthermore, a new solution on the unstable value in the time constant equation was discussed and proposed. Finally, the infinite thermal resistance at the linearly increasing temperature and the decoupling of thermal system were discussed from the new perspectives, where the calculations of temperature distribution were comprehensively discussed, and the transmittance definition of IR was refilled.

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