Data supporting the prediction of the properties of eutectic organic phase change materials

The data presented in this article include the molar masses, melting temperatures, latent heats of fusion and temperature-dependent heat capacities of fifteen fatty acid phase change materials (PCMs). The data are used in conjunction with the thermodynamic models discussed in Kahwaji and White (2018...

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Published in:Data in brief 2018-04, Vol.17, p.724-730
Main Authors: Kahwaji, Samer, White, Mary Anne
Format: Article
Language:English
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Chemistry
Eutectic
PCM
Phase change materials
Thermal energy storage
Thermal properties
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description The data presented in this article include the molar masses, melting temperatures, latent heats of fusion and temperature-dependent heat capacities of fifteen fatty acid phase change materials (PCMs). The data are used in conjunction with the thermodynamic models discussed in Kahwaji and White (2018) [1] to develop a computational tool that calculates the eutectic compositions and thermal properties of eutectic mixtures of PCMs. The computational tool is part of this article and consists of a Microsoft Excel® file available in Mendeley Data repository [2]. A description of the computational tool along with the properties of nearly 100 binary mixtures of fatty acid PCMs calculated using this tool are also included in the present article. The Excel® file is designed such that it can be easily modified or expanded by users to calculate the properties of eutectic mixtures of other classes of PCMs.
doi_str_mv 10.1016/j.dib.2018.01.102
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subjects Chemistry
Eutectic
PCM
Phase change materials
Thermal energy storage
Thermal properties
title Data supporting the prediction of the properties of eutectic organic phase change materials
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