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- W2019934541 endingPage "1866" @default.
- W2019934541 startingPage "1866" @default.
- W2019934541 abstract "Bulk heterojunction (BHJ) polymer solar cells (PSCs) on the basis of polymer:fullerene blends have delivered numerous impressive results in the last decade and thus have drawn much attention of the scientific and industrial communities. However, BHJ PSCs often suffer from several intrinsic problems, such as the low open-circuit voltage (Voc), energetically-unfavorable and chemically-incompatible interfaces, and morphological phase separation of the polymer:fullerene blend driven by thermal treatment, hindering further advancement. In this review, we summarize the recent progress on applications of fullerene-based materials in the BHJ PSCs. Bis-adduct fullerenes possessing high-lying LUMO energy levels can substitute for mono-substituted fullerenes and higher Voc values can thus be achieved. Incorporation of an n-type fullerene interlayer between inorganic and organic active layers in either inverted or conventional PSCs can help in minimization of charge recombination losses at the interface and improvement of charge transfer from the active layer to the inorganic layer, thus resulting in superior PCEs. The optimal active-layer morphology can be maintained through several approaches, such as in situ polymerization of cross-linkable fullerenes, suppression of large-scale PC61BM aggregation by a polyethylene glycol-functionalized fullerene, supramolecular pentafluorophenyl-fullerene stabilization, and light-induced oligomerization of fullerenes. The morphological phase separation of the active-layer materials can thus be minimized. The research of employing fullerene materials will continue playing a critical role in BHJ PSCs. With further investigation and advancement in this field, it is expected that the ultimate goal of commercialization can be realized." @default.
- W2019934541 created "2016-06-24" @default.
- W2019934541 creator A5023642574 @default.
- W2019934541 creator A5030744047 @default.
- W2019934541 creator A5033106526 @default.
- W2019934541 date "2014-01-01" @default.
- W2019934541 modified "2023-09-25" @default.
- W2019934541 title "Applications of functional fullerene materials in polymer solar cells" @default.
- W2019934541 cites W135878141 @default.
- W2019934541 cites W1619522112 @default.
- W2019934541 cites W1626507888 @default.
- W2019934541 cites W1721861671 @default.
- W2019934541 cites W1963775927 @default.
- W2019934541 cites W1964622961 @default.
- W2019934541 cites W1968115489 @default.
- W2019934541 cites W1969433427 @default.
- W2019934541 cites W1970156621 @default.
- W2019934541 cites W1972591105 @default.
- W2019934541 cites W1975313650 @default.
- W2019934541 cites W1978191426 @default.
- W2019934541 cites W1978576481 @default.
- W2019934541 cites W1979203794 @default.
- W2019934541 cites W1979470200 @default.
- W2019934541 cites W1981221846 @default.
- W2019934541 cites W1981490122 @default.
- W2019934541 cites W1982058673 @default.
- W2019934541 cites W1987958219 @default.
- W2019934541 cites W1988172307 @default.
- W2019934541 cites W1988693291 @default.
- W2019934541 cites W1989648424 @default.
- W2019934541 cites W1990401053 @default.
- W2019934541 cites W1992687197 @default.
- W2019934541 cites W1994175498 @default.
- W2019934541 cites W1996291528 @default.
- W2019934541 cites W1999972371 @default.
- W2019934541 cites W2000574958 @default.
- W2019934541 cites W2000674016 @default.
- W2019934541 cites W2001105029 @default.
- W2019934541 cites W2002639579 @default.
- W2019934541 cites W2003350932 @default.
- W2019934541 cites W2007026777 @default.
- W2019934541 cites W2008955717 @default.
- W2019934541 cites W2009525610 @default.
- W2019934541 cites W2011359535 @default.
- W2019934541 cites W2017265141 @default.
- W2019934541 cites W2018271271 @default.
- W2019934541 cites W2018326691 @default.
- W2019934541 cites W2018604981 @default.
- W2019934541 cites W2019310480 @default.
- W2019934541 cites W2022644366 @default.
- W2019934541 cites W2023923895 @default.
- W2019934541 cites W2024954708 @default.
- W2019934541 cites W2025120535 @default.
- W2019934541 cites W2025366167 @default.
- W2019934541 cites W2027575005 @default.
- W2019934541 cites W2028317649 @default.
- W2019934541 cites W2028788791 @default.
- W2019934541 cites W2029853450 @default.
- W2019934541 cites W2031953371 @default.
- W2019934541 cites W2032600692 @default.
- W2019934541 cites W2033676640 @default.
- W2019934541 cites W2033864782 @default.
- W2019934541 cites W2034196035 @default.
- W2019934541 cites W2037349647 @default.
- W2019934541 cites W2038525620 @default.
- W2019934541 cites W2041118010 @default.
- W2019934541 cites W2041769139 @default.
- W2019934541 cites W2042946964 @default.
- W2019934541 cites W2043513965 @default.
- W2019934541 cites W2043752657 @default.
- W2019934541 cites W2044300045 @default.
- W2019934541 cites W2046917285 @default.
- W2019934541 cites W2047951832 @default.
- W2019934541 cites W2049629696 @default.
- W2019934541 cites W2052386717 @default.
- W2019934541 cites W2054150186 @default.
- W2019934541 cites W2055499045 @default.
- W2019934541 cites W2056369790 @default.
- W2019934541 cites W2061329960 @default.
- W2019934541 cites W2068906400 @default.
- W2019934541 cites W2069353464 @default.
- W2019934541 cites W2070104847 @default.
- W2019934541 cites W2071871546 @default.
- W2019934541 cites W2072179674 @default.
- W2019934541 cites W2074883291 @default.
- W2019934541 cites W2075216142 @default.
- W2019934541 cites W2076180081 @default.
- W2019934541 cites W2081444239 @default.
- W2019934541 cites W2081523505 @default.
- W2019934541 cites W2082002720 @default.
- W2019934541 cites W2082598188 @default.
- W2019934541 cites W2083765372 @default.
- W2019934541 cites W2085000799 @default.
- W2019934541 cites W2085485797 @default.
- W2019934541 cites W2087716356 @default.
- W2019934541 cites W2094082213 @default.
- W2019934541 cites W2094984314 @default.
- W2019934541 cites W2097605726 @default.