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文档简介RoomTemperatureIonicLiquidBasedPolystyreneNanofiberswithSuperhydrophobicityandConductivityProducedbyElectrospinningXianboLu,JianhuaZhou,YihuaZhao,YongQiu,andJinghongLi*Inthisreport,apolystyrene-ionicliquid（PS-IL）compositenanofiberwassuccessfullyproducedforthefirsttimebyanelectrospinningmethod.TheelectrospuncompositefilmswerecharacterizedbySEM,FTIR,cyclicvoltammetry,watercontactangle（WCA）measurement,andconductivitymeasurement.Thedimension,morphology,conductivity,andhydrophobicityofelectrospunPS-ILcompositefilmcanbeeffectivelycontrolledbyalteringtheexperimentalparametersforelectrospinning,especiallythecontentofILintheoriginalelectrospinningsolution.TheelectrospunPS-ILcompositefilmdisplayedbothsuperhydrophobicityandconductivity,whichmaybeascribedtothemicro-andnanoscalehierarchicalstructuresofthePS-ILcompositefilmandtheintrinsichydrophobicityandconductivityoftheIL（BMIPF6）.EntrapmentofILwithinpolymerbyelectrospinningprovidesafacilewaytocreateIL-basednanofibersandcompositefilmandmayfindwidepotentialapplicationsinthefabricationofcontrollableandfunctionalsurface.