資源描述：
《氧化還原法制備石墨烯的方法概述》由會員上傳分享，免費在線閱讀，更多相關內(nèi)容在行業(yè)資料-天天文庫。
1、畢業(yè)論文題目：氧化還原法制備石墨烯的方法概述學院：專業(yè)：畢業(yè)年限：學生姓名：學號：指導教師：12目錄摘要......................................................2關鍵詞....................................................2Abstract.......................................................................................................2
2、Keywords...................................................................................................2I前言...................................................3Ⅱ氧化還原法制備石墨烯...................................32.1氧化石墨（GO）的制備................................42.1.1Brodie法......
3、..................................52.1.2Staudenmaier法...................................62.1.3Hummers法......................................62.2氧化石墨（GO）的還原.................................62.2.1熱還原法........................................62.2.2溶劑熱還原..........................
4、............72.2.3光照還原.......................................72.2.4化學液相還原....................................7Ш展望..................................................9參考文獻.................................................10致謝....................................................13
5、12氧化還原法制備石墨烯的方法概述摘要：近年來,石墨烯以其獨特的結構和優(yōu)異的性能,在化學、物理和材料學界引起了廣泛的研究興趣。人們已經(jīng)在石墨烯的制備方面取得了積極的進展,為石墨烯的基礎研究和應用開發(fā)提供了原料保障。本文大量引用近年來最新參考文獻,綜述了用氧化還原法制備石墨烯，并對它的發(fā)展前景進行了展望！關鍵詞：氧化石墨，石墨烯,氧化還原法TheSummarizeofoxidation-reductionmethodforgrapheneShaoqingMa,ZhongaiHu(Northwestnormaluniversity,chemical
6、engineeringcollege,lanzhou,730070)Abstract:Inrecentyears,graphenewithitsuniquestructureandtheoutstandingperformance,causedwideinterestsinthechemical,physicalandmaterialfields.Peoplehavemadepositiveprogressinthepreparationofgraphene,andhaveprovidedrawmaterialguaranteeforgraph
7、eneofbasicresearchandapplicationdevelopment.Thispaperlargelyappliedthelatestreferencesinrecentyears,reviewedthelegalsystemwithoxidation-reductionmethodforgrapheneandpresentedthedevelopmentprospects.Keywords:graphiteoxide,graphene,oxidation-reductionmethod12I前言Partoens等[1]研究發(fā)
8、現(xiàn),當石墨層的層數(shù)少于10層時,就會表現(xiàn)出較普通三維石墨不同的電子結構。我們將10層以下的石墨材料(Graphene和Few-layergraphen
