Abstract
An optoelectronically active assembly of graphene and alkylated-C60 is successfully constructed by direct sonication exfoliation of graphite with alkylated-C60 in organic solvents through noncovalent interactions, which exhibits around 270-fold higher photocurrent than the parent C60 derivative. This indicates that the graphene/alkylated-C60 assembly is an excellent electron accepting/charge transport material toward constructing efficient photovoltaic devices.
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