Matches in SemOpenAlex for { <https://semopenalex.org/work/W2024603118> ?p ?o ?g. }
- W2024603118 endingPage "14177" @default.
- W2024603118 startingPage "14168" @default.
- W2024603118 abstract "In traditional solar cells one photon absorbed can lead to at most one electron of current. Singlet fission, a process in which one singlet exciton is converted to two triplet excitons, provides a potential improvement by producing two electrons from each photon of sufficient energy. The literature contains several reports of singlet fission in various systems, but the mechanism of this process is poorly understood. In this paper we examine a two-step mechanism with a charge transfer state intermediate, applicable when the initial excited state is localized. Density matrix theory is used to examine how various molecular properties such as orbital energies and electronic couplings affect singlet fission yield in the regime of fast, coherent electron transfer. Several promising chromophores are discussed and density functional theory is used to predict fission yield for each in the context of this mechanism. Finally, implications for chromophore design are discussed, and future experiments are suggested." @default.
- W2024603118 created "2016-06-24" @default.
- W2024603118 creator A5026490818 @default.
- W2024603118 creator A5057603203 @default.
- W2024603118 creator A5070425009 @default.
- W2024603118 creator A5089827033 @default.
- W2024603118 date "2010-02-25" @default.
- W2024603118 modified "2023-10-02" @default.
- W2024603118 title "Maximizing Singlet Fission in Organic Dimers: Theoretical Investigation of Triplet Yield in the Regime of Localized Excitation and Fast Coherent Electron Transfer" @default.
- W2024603118 cites W1963792021 @default.
- W2024603118 cites W1964356369 @default.
- W2024603118 cites W1965734238 @default.
- W2024603118 cites W1966594962 @default.
- W2024603118 cites W1971274408 @default.
- W2024603118 cites W1973129735 @default.
- W2024603118 cites W1977745580 @default.
- W2024603118 cites W1984652946 @default.
- W2024603118 cites W1985536818 @default.
- W2024603118 cites W1985867051 @default.
- W2024603118 cites W1987476092 @default.
- W2024603118 cites W1989552167 @default.
- W2024603118 cites W1990133810 @default.
- W2024603118 cites W2001833390 @default.
- W2024603118 cites W2002542949 @default.
- W2024603118 cites W2003679741 @default.
- W2024603118 cites W2004528757 @default.
- W2024603118 cites W2005752787 @default.
- W2024603118 cites W2005868641 @default.
- W2024603118 cites W2006120827 @default.
- W2024603118 cites W2006789754 @default.
- W2024603118 cites W2015197535 @default.
- W2024603118 cites W2017982473 @default.
- W2024603118 cites W2022614861 @default.
- W2024603118 cites W2023150460 @default.
- W2024603118 cites W2025400699 @default.
- W2024603118 cites W2032115068 @default.
- W2024603118 cites W2032796094 @default.
- W2024603118 cites W2034078366 @default.
- W2024603118 cites W2036604963 @default.
- W2024603118 cites W2040440347 @default.
- W2024603118 cites W2041591938 @default.
- W2024603118 cites W2043020562 @default.
- W2024603118 cites W2044562989 @default.
- W2024603118 cites W2046304712 @default.
- W2024603118 cites W2048007362 @default.
- W2024603118 cites W2051551371 @default.
- W2024603118 cites W2054034235 @default.
- W2024603118 cites W2054913961 @default.
- W2024603118 cites W2056960660 @default.
- W2024603118 cites W2063743650 @default.
- W2024603118 cites W2067664075 @default.
- W2024603118 cites W2074219862 @default.
- W2024603118 cites W2074573245 @default.
- W2024603118 cites W2090237183 @default.
- W2024603118 cites W2090832643 @default.
- W2024603118 cites W2092510944 @default.
- W2024603118 cites W2094622988 @default.
- W2024603118 cites W2102235922 @default.
- W2024603118 cites W2120901082 @default.
- W2024603118 cites W2123587523 @default.
- W2024603118 cites W2136705067 @default.
- W2024603118 cites W2181756455 @default.
- W2024603118 cites W2315690833 @default.
- W2024603118 cites W2335538228 @default.
- W2024603118 cites W4252150222 @default.
- W2024603118 doi "https://doi.org/10.1021/jp907392q" @default.
- W2024603118 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20184354" @default.
- W2024603118 hasPublicationYear "2010" @default.
- W2024603118 type Work @default.
- W2024603118 sameAs 2024603118 @default.
- W2024603118 citedByCount "213" @default.
- W2024603118 countsByYear W20246031182012 @default.
- W2024603118 countsByYear W20246031182013 @default.
- W2024603118 countsByYear W20246031182014 @default.
- W2024603118 countsByYear W20246031182015 @default.
- W2024603118 countsByYear W20246031182016 @default.
- W2024603118 countsByYear W20246031182017 @default.
- W2024603118 countsByYear W20246031182018 @default.
- W2024603118 countsByYear W20246031182019 @default.
- W2024603118 countsByYear W20246031182020 @default.
- W2024603118 countsByYear W20246031182021 @default.
- W2024603118 countsByYear W20246031182022 @default.
- W2024603118 countsByYear W20246031182023 @default.
- W2024603118 crossrefType "journal-article" @default.
- W2024603118 hasAuthorship W2024603118A5026490818 @default.
- W2024603118 hasAuthorship W2024603118A5057603203 @default.
- W2024603118 hasAuthorship W2024603118A5070425009 @default.
- W2024603118 hasAuthorship W2024603118A5089827033 @default.
- W2024603118 hasConcept C121332964 @default.
- W2024603118 hasConcept C12294094 @default.
- W2024603118 hasConcept C134121241 @default.
- W2024603118 hasConcept C147120987 @default.
- W2024603118 hasConcept C147597530 @default.
- W2024603118 hasConcept C151730666 @default.
- W2024603118 hasConcept C152365726 @default.
- W2024603118 hasConcept C152568617 @default.
- W2024603118 hasConcept C159317903 @default.
- W2024603118 hasConcept C159467904 @default.