Matches in SemOpenAlex for { <https://semopenalex.org/work/W2997130477> ?p ?o ?g. }
- W2997130477 endingPage "110361" @default.
- W2997130477 startingPage "110361" @default.
- W2997130477 abstract "Abstract Thermal storage performance of form-stable phase change materials (PCMs) is often compromised by the heavy use of the supporting materials. Here, lightweight mesoporous carbon fibers (MCFs) with continuous graphitic walls are prepared by carbonization of polyvinylidene fluoride on magnesium oxide fibers for form-stable PCMs. The structure of the MCFs are comprehensively investigated to show their merits for supports of the PCMs. The MCFs are rich in relatively ordered mesopores, which can provide effective loading of paraffin and give high thermal storage capacities per unit weight. The paraffin loadings of the as-obtained MCF-700, MCF-800 and MCF-900 reach 93, 90, and 92 wt% with maintained shape stability, and deliver the thermal storage capacities of 176.54, 183.35, and 177.75 kJ kg−1, respectively. Due to the abundant pore networks and the improved interfacial property from the in-situ fluorine doping, the MCFs-supported PCMs exhibit high running stability and thermal storage efficiency in cycling. More importantly, the penetrating graphitic walls of the MCFs provide effective thermal-conductive pathways from outside to the interior for rapid thermal transfer. The results exhibit that the MCFs with interconnected graphitic walls can be an effective support of form-stable phase change materials for solar harvesting, etc." @default.
- W2997130477 created "2020-01-10" @default.
- W2997130477 creator A5015083530 @default.
- W2997130477 creator A5065595096 @default.
- W2997130477 creator A5080806601 @default.
- W2997130477 creator A5086808716 @default.
- W2997130477 creator A5090696249 @default.
- W2997130477 date "2020-05-01" @default.
- W2997130477 modified "2023-09-30" @default.
- W2997130477 title "Lightweight mesoporous carbon fibers with interconnected graphitic walls for supports of form-stable phase change materials with enhanced thermal conductivity" @default.
- W2997130477 cites W1820090980 @default.
- W2997130477 cites W1965840506 @default.
- W2997130477 cites W1973318621 @default.
- W2997130477 cites W1984282614 @default.
- W2997130477 cites W1985592717 @default.
- W2997130477 cites W2000725535 @default.
- W2997130477 cites W2014075240 @default.
- W2997130477 cites W2015418706 @default.
- W2997130477 cites W2016603796 @default.
- W2997130477 cites W2022237271 @default.
- W2997130477 cites W2026260279 @default.
- W2997130477 cites W2032476982 @default.
- W2997130477 cites W2034856823 @default.
- W2997130477 cites W2036668937 @default.
- W2997130477 cites W2037526958 @default.
- W2997130477 cites W2042940360 @default.
- W2997130477 cites W2044058626 @default.
- W2997130477 cites W2045235298 @default.
- W2997130477 cites W2051830351 @default.
- W2997130477 cites W2053448154 @default.
- W2997130477 cites W2053646174 @default.
- W2997130477 cites W2057626905 @default.
- W2997130477 cites W2060410472 @default.
- W2997130477 cites W2061837176 @default.
- W2997130477 cites W2062017110 @default.
- W2997130477 cites W2063393412 @default.
- W2997130477 cites W2065712359 @default.
- W2997130477 cites W2066931959 @default.
- W2997130477 cites W2074557090 @default.
- W2997130477 cites W2074889226 @default.
- W2997130477 cites W2076137712 @default.
- W2997130477 cites W2081102792 @default.
- W2997130477 cites W2123942020 @default.
- W2997130477 cites W2210958799 @default.
- W2997130477 cites W2279355221 @default.
- W2997130477 cites W2324552433 @default.
- W2997130477 cites W2340904673 @default.
- W2997130477 cites W2389816682 @default.
- W2997130477 cites W2522362293 @default.
- W2997130477 cites W2552966955 @default.
- W2997130477 cites W2563985496 @default.
- W2997130477 cites W2606360581 @default.
- W2997130477 cites W2606616526 @default.
- W2997130477 cites W2612686120 @default.
- W2997130477 cites W2640367817 @default.
- W2997130477 cites W2753370232 @default.
- W2997130477 cites W2766511957 @default.
- W2997130477 cites W2767096573 @default.
- W2997130477 cites W2767249146 @default.
- W2997130477 cites W2777531888 @default.
- W2997130477 cites W2778447302 @default.
- W2997130477 cites W2780445974 @default.
- W2997130477 cites W2783929056 @default.
- W2997130477 cites W2790700113 @default.
- W2997130477 cites W2790817817 @default.
- W2997130477 cites W2792683049 @default.
- W2997130477 cites W2793297490 @default.
- W2997130477 cites W2811077278 @default.
- W2997130477 cites W2871522926 @default.
- W2997130477 cites W2883427730 @default.
- W2997130477 cites W2892297117 @default.
- W2997130477 cites W2903515599 @default.
- W2997130477 cites W2906409805 @default.
- W2997130477 cites W2911932351 @default.
- W2997130477 cites W2914790996 @default.
- W2997130477 cites W2936229987 @default.
- W2997130477 doi "https://doi.org/10.1016/j.solmat.2019.110361" @default.
- W2997130477 hasPublicationYear "2020" @default.
- W2997130477 type Work @default.
- W2997130477 sameAs 2997130477 @default.
- W2997130477 citedByCount "38" @default.
- W2997130477 countsByYear W29971304772020 @default.
- W2997130477 countsByYear W29971304772021 @default.
- W2997130477 countsByYear W29971304772022 @default.
- W2997130477 countsByYear W29971304772023 @default.
- W2997130477 crossrefType "journal-article" @default.
- W2997130477 hasAuthorship W2997130477A5015083530 @default.
- W2997130477 hasAuthorship W2997130477A5065595096 @default.
- W2997130477 hasAuthorship W2997130477A5080806601 @default.
- W2997130477 hasAuthorship W2997130477A5086808716 @default.
- W2997130477 hasAuthorship W2997130477A5090696249 @default.
- W2997130477 hasConcept C104779481 @default.
- W2997130477 hasConcept C121332964 @default.
- W2997130477 hasConcept C127413603 @default.
- W2997130477 hasConcept C131540310 @default.
- W2997130477 hasConcept C133256868 @default.
- W2997130477 hasConcept C140205800 @default.
- W2997130477 hasConcept C147789679 @default.