Materials Today: Proceedings
Preparation of organic based ternary eutectic fatty acid mixture as phase change material (PCM), optimizing their thermal properties by enriched solar treated exfoliated graphite for energy storage☆
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Cited by (16)
Multiscale evaluation on temperature adjusting performance and road performance of asphalt mixture containing dual phase change materials
2024, Construction and Building MaterialsResearch on the performance of double-layer tube phase change units based on thermal storage tanks
2023, Journal of Energy StorageThermal properties of stearic acid/active aluminum oxide/graphene nanoplates composite phase change materials for heat storage
2021, Materials Chemistry and PhysicsCitation Excerpt :PCM can be used in different systems according to their different phase change temperatures. Many inorganic [9] and organic [10] PCM, such as hydrated salts [11], alkanes [12], fatty acids [13] and their mixtures [14], have been used in different energy storage systems. In the listed materials above, fatty acids are one of the primary option for thermal energy storage, as they possess relative high phase change latent heat with proper phase change temperature and good chemical stabilization, and they are incombustible, inexplosive, innocuous and pollution free [15].
A comprehensive review on development of eutectic organic phase change materials and their composites for low and medium range thermal energy storage applications
2021, Solar Energy Materials and Solar CellsPreparation and thermal properties of shape-stabilized 1, 8-octanediol /SiO<inf>2</inf> composites via sol gel methods
2020, Materials Chemistry and PhysicsCitation Excerpt :According to chemical composition, PCMs can be classified as inorganic (salt hydrates, metals, and metal eutectic alloys), organic (paraffins, fatty acids, fatty acid esters and eutectics of fatty acids), and polymeric materials (such as form-stable blends and composite fibers). In recent year, several types of organic PCMs (such as paraffin, alcohols, esters etc.) and their binary, trinary or polynary mixtures have been explored and utilized as thermal energy storage materials [8–11]. Among those organic PCMs, saturated diols are promising materials in thermal energy storage systems due to no phase separation, suitable phase change temperatures, large energy storage capacity, low supercooling, non-corrosivity, high chemical and thermal stability and so on.
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Recent Advances In Nano Science And Technology 2015 (RAINSAT2015)