Fundamental study on cool thermal storage characteristics using trimethylolethane
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초록
In this study, trimethylethanol (TME) was selected as a hydrate-generating material, and its applicability as a cool thermal heat storage material was examined. In general, to develop a material that performs better than water (ice), which is typically used as a cool thermal storage material for cooling, TME hydrates were selected. Their basic thermal properties including the solidification point, specific gravity, latent heat, and viscosity were investigated according to their concentration were investigated. An experimental apparatus and a heat transfer model were developed to investigate the heat transfer characteristics of the TME hydrates, and a calculation method was considered.
Abstract
In this study, trimethylethanol (TME) was selected as a hydrate-generating material, and its applicability as a cool thermal heat storage material was examined. In general, to develop a material that performs better than water (ice), which is typically used as a cool thermal storage material for cooling, TME hydrates were selected. Their basic thermal properties including the solidification point, specific gravity, latent heat, and viscosity were investigated according to their concentration were investigated. An experimental apparatus and a heat transfer model were developed to investigate the heat transfer characteristics of the TME hydrates, and a calculation method was considered.
참고문헌 (6)
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- Y. S. Indartono, "Application of phase change material to save air conditioning energy in building", ASEAN Engineering Journal Part A, 3(2), pp.46~53 (2013)