K-1725 氷の融解潜熱に及ぼす吸着剤表面エネルギーの影響に関する研究(S20-1 複合領域の熱物性)(S20 複合領域の熱物性)

概要

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The freezing phenomena of a porous layer including the permeated water is important problem in a foods freezing, the underground laying of the LNG reserve tank and the maintenance for the pipe line of the LNG in the cold region. Therefore, the many investigations [1]-[4] for the solidification and melting process of the porous layers with the permeated water have been reported. However, little investigations have been performed on the thermal properties of the water included in the particles with a microstructure. In the present paper, the experimental analysis of the latent heat for the ice melting is performed with a differential scanning calorimeter, DSC, for the purpose of considering the thermal phenomena caused with the solidification and melting of the water in the microstructure. If we can control the latent heat of the liquid employed as the thermal energy storage materials, it can be expected the encouragement of the development of the energy systems with the low impact to the environment.
一般社団法人日本機械学会の論文
2001-08-22