Matches in SemOpenAlex for { <https://semopenalex.org/work/W4307248049> ?p ?o ?g. }
- W4307248049 endingPage "123458" @default.
- W4307248049 startingPage "123458" @default.
- W4307248049 abstract "Currently, non-renewable resources are heavily consumed, leading to increased global warming resulting from the production of carbon dioxide etc., phase change materials (PCMs) are regarded as a solution to mitigate these global crises attributed to their promising thermal energy storage capability. In this critical review, the thermal properties of different encapsulation methods of PCMs are summarised and compared. Encapsulation ensures that PCMs are used safely and efficiently, therefore the method needs to be thoroughly investigated and improved before their practical implementation. The applicable thermal properties for different encapsulation techniques and encapsulation materials such as particle diameter, enthalpy, encapsulation efficiency and thermal cycling times are reviewed. Future researchers are advised to measure and report thermal conductivities, displaying them in a convenient manner; many studies ignore this parameter, hindering research progression. Evaluation criteria for mechanical properties should be developed to enable comparisons between studies. It is suggested that eutectic and metallic PCMs, sol-gel encapsulation methods, complex coacervation methods, and spray drying are the areas that can be further investigated for better microcapsule performance, higher microcapsule yield, and improved synthesis conditions. In the future, bifunctional microcapsules, copolymer encapsulation, and doped high-performance materials are highly promising developments when compared with current monofunctional capsules with pure polymer shells." @default.
- W4307248049 created "2022-10-30" @default.
- W4307248049 creator A5040242563 @default.
- W4307248049 creator A5045878619 @default.
- W4307248049 creator A5061851170 @default.
- W4307248049 date "2023-01-01" @default.
- W4307248049 modified "2023-10-06" @default.
- W4307248049 title "Encapsulation methods for phase change materials – A critical review" @default.
- W4307248049 cites W1662000055 @default.
- W4307248049 cites W1928635946 @default.
- W4307248049 cites W1963601617 @default.
- W4307248049 cites W1972457718 @default.
- W4307248049 cites W1975210546 @default.
- W4307248049 cites W1976687649 @default.
- W4307248049 cites W1979688735 @default.
- W4307248049 cites W1983839489 @default.
- W4307248049 cites W1991206645 @default.
- W4307248049 cites W1996172723 @default.
- W4307248049 cites W1996649544 @default.
- W4307248049 cites W1998357528 @default.
- W4307248049 cites W2000676674 @default.
- W4307248049 cites W2005154914 @default.
- W4307248049 cites W2006292169 @default.
- W4307248049 cites W2007349166 @default.
- W4307248049 cites W2009683179 @default.
- W4307248049 cites W2013574147 @default.
- W4307248049 cites W2013857622 @default.
- W4307248049 cites W2016326564 @default.
- W4307248049 cites W2017114846 @default.
- W4307248049 cites W2017971562 @default.
- W4307248049 cites W2019858338 @default.
- W4307248049 cites W2024193329 @default.
- W4307248049 cites W2025341419 @default.
- W4307248049 cites W2031293556 @default.
- W4307248049 cites W2031812761 @default.
- W4307248049 cites W2034217076 @default.
- W4307248049 cites W2034655190 @default.
- W4307248049 cites W2034794084 @default.
- W4307248049 cites W2037105462 @default.
- W4307248049 cites W2044139275 @default.
- W4307248049 cites W2046020268 @default.
- W4307248049 cites W2047506921 @default.
- W4307248049 cites W2048759615 @default.
- W4307248049 cites W2048924026 @default.
- W4307248049 cites W2052115695 @default.
- W4307248049 cites W2053448154 @default.
- W4307248049 cites W2059771649 @default.
- W4307248049 cites W2060593596 @default.
- W4307248049 cites W2060980366 @default.
- W4307248049 cites W2065568770 @default.
- W4307248049 cites W2070720809 @default.
- W4307248049 cites W2077634905 @default.
- W4307248049 cites W2079649187 @default.
- W4307248049 cites W2081348167 @default.
- W4307248049 cites W2083084123 @default.
- W4307248049 cites W2083382713 @default.
- W4307248049 cites W2083698603 @default.
- W4307248049 cites W2086545789 @default.
- W4307248049 cites W2089149948 @default.
- W4307248049 cites W2091926800 @default.
- W4307248049 cites W2093983160 @default.
- W4307248049 cites W2097551058 @default.
- W4307248049 cites W2112722201 @default.
- W4307248049 cites W2115887394 @default.
- W4307248049 cites W2122523979 @default.
- W4307248049 cites W2122690837 @default.
- W4307248049 cites W2137511115 @default.
- W4307248049 cites W2143020505 @default.
- W4307248049 cites W2149309721 @default.
- W4307248049 cites W2151080396 @default.
- W4307248049 cites W2271321729 @default.
- W4307248049 cites W2308361057 @default.
- W4307248049 cites W2317901066 @default.
- W4307248049 cites W2340904673 @default.
- W4307248049 cites W2341163366 @default.
- W4307248049 cites W2341635039 @default.
- W4307248049 cites W2397229479 @default.
- W4307248049 cites W2409539947 @default.
- W4307248049 cites W2509083909 @default.
- W4307248049 cites W2522874644 @default.
- W4307248049 cites W2523432164 @default.
- W4307248049 cites W2558067413 @default.
- W4307248049 cites W2558987344 @default.
- W4307248049 cites W2566033397 @default.
- W4307248049 cites W2568533307 @default.
- W4307248049 cites W2568746304 @default.
- W4307248049 cites W2577532417 @default.
- W4307248049 cites W2585825128 @default.
- W4307248049 cites W2587460828 @default.
- W4307248049 cites W2606856060 @default.
- W4307248049 cites W2608387211 @default.
- W4307248049 cites W2609551022 @default.
- W4307248049 cites W2618632408 @default.
- W4307248049 cites W2625581120 @default.
- W4307248049 cites W2733915092 @default.
- W4307248049 cites W2736446899 @default.
- W4307248049 cites W2744326750 @default.
- W4307248049 cites W2753633371 @default.