Matches in SemOpenAlex for { <https://semopenalex.org/work/W4381194015> ?p ?o ?g. }
- W4381194015 endingPage "2389" @default.
- W4381194015 startingPage "2378" @default.
- W4381194015 abstract "Molecular solar thermal (MOST) energy storage materials enable the storage of photon energy within their chemical bonds and the release through external stimulation. Despite the discovery of various molecular systems that enable MOST energy storage, the intrinsic limitation of the low energy-storage density in common MOST compounds restricts their applications in the real world. To counter this limitation, methods have been implemented to increase the total energy storage capacity of the system through harnessing phase change energy involved in the energy storage and release processes. In this perspective, we highlight the recent advances to the designs of phase transition MOST energy storage compounds, the challenges of current designs, and the future directions." @default.
- W4381194015 created "2023-06-20" @default.
- W4381194015 creator A5015582749 @default.
- W4381194015 creator A5041419793 @default.
- W4381194015 creator A5044128540 @default.
- W4381194015 creator A5092203523 @default.
- W4381194015 date "2023-09-01" @default.
- W4381194015 modified "2023-10-06" @default.
- W4381194015 title "Photoswitches and photochemical reactions for optically controlled phase transition and energy storage" @default.
- W4381194015 cites W1964375799 @default.
- W4381194015 cites W1975253571 @default.
- W4381194015 cites W1982935712 @default.
- W4381194015 cites W1991902355 @default.
- W4381194015 cites W1995075659 @default.
- W4381194015 cites W2009785381 @default.
- W4381194015 cites W2013723044 @default.
- W4381194015 cites W2022705511 @default.
- W4381194015 cites W2023176679 @default.
- W4381194015 cites W2025056348 @default.
- W4381194015 cites W2036194820 @default.
- W4381194015 cites W2037221035 @default.
- W4381194015 cites W2039225542 @default.
- W4381194015 cites W2054613657 @default.
- W4381194015 cites W2058129958 @default.
- W4381194015 cites W2067162215 @default.
- W4381194015 cites W2070336796 @default.
- W4381194015 cites W2084856161 @default.
- W4381194015 cites W2111481370 @default.
- W4381194015 cites W2128136883 @default.
- W4381194015 cites W2155478020 @default.
- W4381194015 cites W2169839000 @default.
- W4381194015 cites W2331539235 @default.
- W4381194015 cites W2331900031 @default.
- W4381194015 cites W2340568266 @default.
- W4381194015 cites W2519530436 @default.
- W4381194015 cites W2531415196 @default.
- W4381194015 cites W2560936860 @default.
- W4381194015 cites W2574058306 @default.
- W4381194015 cites W2590804163 @default.
- W4381194015 cites W2691144321 @default.
- W4381194015 cites W2724314892 @default.
- W4381194015 cites W2767677091 @default.
- W4381194015 cites W2789773531 @default.
- W4381194015 cites W2793160824 @default.
- W4381194015 cites W2804793873 @default.
- W4381194015 cites W2888093931 @default.
- W4381194015 cites W2888563431 @default.
- W4381194015 cites W2889367739 @default.
- W4381194015 cites W2936414057 @default.
- W4381194015 cites W2943509081 @default.
- W4381194015 cites W2943766824 @default.
- W4381194015 cites W2957254734 @default.
- W4381194015 cites W2960569937 @default.
- W4381194015 cites W3016326755 @default.
- W4381194015 cites W3037553422 @default.
- W4381194015 cites W3041418770 @default.
- W4381194015 cites W3085638198 @default.
- W4381194015 cites W3093913102 @default.
- W4381194015 cites W3098245293 @default.
- W4381194015 cites W3108132288 @default.
- W4381194015 cites W3129644069 @default.
- W4381194015 cites W3148946940 @default.
- W4381194015 cites W3193992129 @default.
- W4381194015 cites W3194555554 @default.
- W4381194015 cites W3201002617 @default.
- W4381194015 cites W3214802577 @default.
- W4381194015 cites W3214949944 @default.
- W4381194015 cites W4210325410 @default.
- W4381194015 cites W4212917225 @default.
- W4381194015 cites W4220877476 @default.
- W4381194015 cites W4223534293 @default.
- W4381194015 cites W4281612484 @default.
- W4381194015 cites W4284962208 @default.
- W4381194015 cites W4298124587 @default.
- W4381194015 cites W4304695123 @default.
- W4381194015 cites W4306734856 @default.
- W4381194015 cites W4319989037 @default.
- W4381194015 doi "https://doi.org/10.1016/j.chempr.2023.05.029" @default.
- W4381194015 hasPublicationYear "2023" @default.
- W4381194015 type Work @default.
- W4381194015 citedByCount "3" @default.
- W4381194015 countsByYear W43811940152023 @default.
- W4381194015 crossrefType "journal-article" @default.
- W4381194015 hasAuthorship W4381194015A5015582749 @default.
- W4381194015 hasAuthorship W4381194015A5041419793 @default.
- W4381194015 hasAuthorship W4381194015A5044128540 @default.
- W4381194015 hasAuthorship W4381194015A5092203523 @default.
- W4381194015 hasConcept C111919701 @default.
- W4381194015 hasConcept C119599485 @default.
- W4381194015 hasConcept C121332964 @default.
- W4381194015 hasConcept C127413603 @default.
- W4381194015 hasConcept C144822601 @default.
- W4381194015 hasConcept C149288129 @default.
- W4381194015 hasConcept C159467904 @default.
- W4381194015 hasConcept C163258240 @default.
- W4381194015 hasConcept C171250308 @default.
- W4381194015 hasConcept C178790620 @default.
- W4381194015 hasConcept C185592680 @default.