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- W3035525704 abstract "In this contribution, we focused on integrating a phenylene-bridged dibenzodiazahexacene dimer (o-DAD), which is singlet fission (SF) active, onto single-walled carbon nanotubes (SWCNTs) as a low-energy sink for energetically low lying excited states that stem from SF. Spectroscopic and microscopic assays assisted in documenting that SWCNT/o-DAD feature high stability in THF as a result of electronic interactions between the individual constituents. For example, statistical Raman analysis underlined n-doping of SWCNTs in the presence of o-DAD. Fluorescence spectroscopy prompted an energy transfer between the individual constituents, a conclusion that was exclusively derived from the quenching of the o-DAD-centered fluorescence. Excitation spectroscopy with a focus on the SWCNT fluorescence confirmed independently this conclusion by showing o-DAD-centered features. Our work was rounded off by time-resolved transient absorption measurements with SWCNT/o-DAD, in which evidence was gathered for the sequential o-DAD-centered SF with an efficiency of 112% followed by a unidirectional energy transfer from o-DAD to SWCNT and a rapid deactivation. The energy transfer efficiency from SF products such as (S1S0)CT and 1(T1T1) exceeded the 100% threshold with values of 115%, which is conventionally found in energy transfer schemes." @default.
- W3035525704 created "2020-06-19" @default.
- W3035525704 creator A5007658407 @default.
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- W3035525704 creator A5087466848 @default.
- W3035525704 date "2020-06-16" @default.
- W3035525704 modified "2023-10-17" @default.
- W3035525704 title "Collecting up to 115% of Singlet-Fission Products by Single-Walled Carbon Nanotubes" @default.
- W3035525704 cites W1966419789 @default.
- W3035525704 cites W1978809620 @default.
- W3035525704 cites W1985292828 @default.
- W3035525704 cites W1993249202 @default.
- W3035525704 cites W1999082732 @default.
- W3035525704 cites W2001128599 @default.
- W3035525704 cites W2009757775 @default.
- W3035525704 cites W2015106953 @default.
- W3035525704 cites W2015467958 @default.
- W3035525704 cites W2020682630 @default.
- W3035525704 cites W2029637177 @default.
- W3035525704 cites W2030828517 @default.
- W3035525704 cites W2034549435 @default.
- W3035525704 cites W2036722200 @default.
- W3035525704 cites W2042641283 @default.
- W3035525704 cites W2052329149 @default.
- W3035525704 cites W2058242045 @default.
- W3035525704 cites W2058526223 @default.
- W3035525704 cites W2067664075 @default.
- W3035525704 cites W2072276761 @default.
- W3035525704 cites W2072805987 @default.
- W3035525704 cites W2084708140 @default.
- W3035525704 cites W2088814506 @default.
- W3035525704 cites W2091819018 @default.
- W3035525704 cites W2093854717 @default.
- W3035525704 cites W2116040604 @default.
- W3035525704 cites W2119624506 @default.
- W3035525704 cites W2121170859 @default.
- W3035525704 cites W2143995928 @default.
- W3035525704 cites W2152762649 @default.
- W3035525704 cites W2155751707 @default.
- W3035525704 cites W2162250049 @default.
- W3035525704 cites W2228871320 @default.
- W3035525704 cites W2267830358 @default.
- W3035525704 cites W2279515881 @default.
- W3035525704 cites W2315490569 @default.
- W3035525704 cites W2315932743 @default.
- W3035525704 cites W2320842593 @default.
- W3035525704 cites W2326014737 @default.
- W3035525704 cites W2327595659 @default.
- W3035525704 cites W2329893394 @default.
- W3035525704 cites W2330663998 @default.
- W3035525704 cites W2339250267 @default.
- W3035525704 cites W2407172218 @default.
- W3035525704 cites W2409112513 @default.
- W3035525704 cites W2412711857 @default.
- W3035525704 cites W2509014991 @default.
- W3035525704 cites W2513756861 @default.
- W3035525704 cites W2514944053 @default.
- W3035525704 cites W2516974095 @default.
- W3035525704 cites W2552106167 @default.
- W3035525704 cites W2560498444 @default.
- W3035525704 cites W2566553916 @default.
- W3035525704 cites W2581399571 @default.
- W3035525704 cites W2610112309 @default.
- W3035525704 cites W2615922941 @default.
- W3035525704 cites W2735819673 @default.
- W3035525704 cites W2739466442 @default.
- W3035525704 cites W2743340484 @default.
- W3035525704 cites W2758076518 @default.
- W3035525704 cites W2769448703 @default.
- W3035525704 cites W2771524153 @default.
- W3035525704 cites W2783471764 @default.
- W3035525704 cites W2783689410 @default.
- W3035525704 cites W2784845987 @default.
- W3035525704 cites W2789289636 @default.
- W3035525704 cites W2797333726 @default.
- W3035525704 cites W2810988170 @default.
- W3035525704 cites W2811472384 @default.
- W3035525704 cites W2885771590 @default.
- W3035525704 cites W2889464298 @default.
- W3035525704 cites W2901752939 @default.
- W3035525704 cites W2913131536 @default.
- W3035525704 cites W2921417834 @default.
- W3035525704 cites W2922383072 @default.
- W3035525704 cites W2955088726 @default.
- W3035525704 cites W2981280399 @default.
- W3035525704 cites W2981496746 @default.
- W3035525704 cites W3003196336 @default.
- W3035525704 cites W4211056516 @default.
- W3035525704 cites W4294990658 @default.
- W3035525704 doi "https://doi.org/10.1021/acsnano.0c03668" @default.
- W3035525704 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32543172" @default.
- W3035525704 hasPublicationYear "2020" @default.
- W3035525704 type Work @default.