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• W2555103498 abstract "In this research, we demonstrate that aliphatic polyacrylonitrile-grafted reduced graphene oxide (PRGO) hybrid can function efficiently as an all-round hole-extraction layer (HEL) in organic and organic-inorganic hybrid perovskite photovoltaic devices (OPVs and PePVs). The hybrid-structure PRGO was developed by facile and scalable in-situ radiation-induced reduction and graft polymerization with polymerizable styryl-functionalized graphene oxide and acrylonitrile. The newly developed PRGO exhibits long-term dispersion stability of six months even up to the high concentration of 10 mg/ml. It also shows a full-cover uniform thin-film morphology, good electrical conductivity (0.87 S/cm), high work function (4.87 eV), and excellent weather stability. Moreover, the incorporation of PRGO (as a HEL) into the OPVs and PePVs results in greater efficiency than chemically-converted graphene nanoflakes references, and device durability superior to poly(ethylenedioxythiophene):poly(styrene sulfonate)-based ones with comparable power conversion efficiencies. Noticeably, our finding demonstrates that the hybrid-structure PRGO provides an all-round and efficient hole-extraction material for use in various conjugated-polymer and perovskite-based PV systems." @default.
• W2555103498 created "2016-11-30" @default.
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• W2555103498 date "2017-01-01" @default.
• W2555103498 modified "2023-09-30" @default.
• W2555103498 title "Polyacrylonitrile-grafted reduced graphene oxide hybrid: An all-round and efficient hole-extraction material for organic and inorganic-organic hybrid photovoltaics" @default.
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• W2555103498 cites W1968365176 @default.
• W2555103498 cites W1972114125 @default.
• W2555103498 cites W1976680262 @default.
• W2555103498 cites W1981239532 @default.
• W2555103498 cites W1985373266 @default.
• W2555103498 cites W1986684054 @default.
• W2555103498 cites W1992146636 @default.
• W2555103498 cites W1994651252 @default.
• W2555103498 cites W1997467412 @default.
• W2555103498 cites W1998343415 @default.
• W2555103498 cites W1998480755 @default.
• W2555103498 cites W2003945084 @default.
• W2555103498 cites W2010137268 @default.
• W2555103498 cites W2011243555 @default.
• W2555103498 cites W2011407778 @default.
• W2555103498 cites W2019430793 @default.
• W2555103498 cites W2021070664 @default.
• W2555103498 cites W2022720497 @default.
• W2555103498 cites W2027033022 @default.
• W2555103498 cites W2027563442 @default.
• W2555103498 cites W2035378404 @default.
• W2555103498 cites W2037822775 @default.
• W2555103498 cites W2038321738 @default.
• W2555103498 cites W2040448211 @default.
• W2555103498 cites W2042118349 @default.
• W2555103498 cites W2044019535 @default.
• W2555103498 cites W2044915671 @default.
• W2555103498 cites W2045902474 @default.
• W2555103498 cites W2048610377 @default.
• W2555103498 cites W2050274998 @default.
• W2555103498 cites W2050856027 @default.
• W2555103498 cites W2057327293 @default.
• W2555103498 cites W2066490281 @default.
• W2555103498 cites W2068287096 @default.
• W2555103498 cites W2071134066 @default.
• W2555103498 cites W2072053718 @default.
• W2555103498 cites W2073126198 @default.
• W2555103498 cites W2073467041 @default.
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• W2555103498 cites W2108703612 @default.
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• W2555103498 cites W2109876729 @default.
• W2555103498 cites W2123886171 @default.
• W2555103498 cites W2138086557 @default.
• W2555103498 cites W2143613833 @default.
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• W2555103498 cites W2154991169 @default.
• W2555103498 cites W2161328794 @default.
• W2555103498 cites W2165296052 @default.
• W2555103498 cites W2166535044 @default.
• W2555103498 cites W2167693325 @default.
• W2555103498 cites W2180689555 @default.
• W2555103498 cites W2227446321 @default.
• W2555103498 cites W2233285009 @default.
• W2555103498 cites W2234290082 @default.
• W2555103498 cites W2244159035 @default.
• W2555103498 cites W2246610398 @default.
• W2555103498 cites W2259658805 @default.
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• W2555103498 cites W2298442035 @default.
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• W2555103498 doi "https://doi.org/10.1016/j.nanoen.2016.11.003" @default.
• W2555103498 hasPublicationYear "2017" @default.
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