北京工业大学学报
北京工業大學學報
북경공업대학학보
JOURNAL OF BEIJING POLYTECHNIC UNIVERSITY
2015年
1期
149-152
,共4页
石墨烯%Ag纳米颗粒%缺陷标记%缺陷修复%紫外辐照
石墨烯%Ag納米顆粒%缺陷標記%缺陷脩複%紫外輻照
석묵희%Ag납미과립%결함표기%결함수복%자외복조
chemically reduced graphene oxide ( CRGO )%Ag nanoparticles%labeling of defect%repairing of defect%ultraviolet( UV) irradiation
为了标记化学法制备石墨烯时引入的缺陷,采用紫外辐照的方法,利用Ag颗粒与含氧官能团之间的相互作用实现了对缺陷的定量标记。结果表明该方法能提供石墨烯表面缺陷的数量和分布信息。另外Ag纳米颗粒对石墨烯缺陷有修复作用,有利于提高石墨烯的导电能力。
為瞭標記化學法製備石墨烯時引入的缺陷,採用紫外輻照的方法,利用Ag顆粒與含氧官能糰之間的相互作用實現瞭對缺陷的定量標記。結果錶明該方法能提供石墨烯錶麵缺陷的數量和分佈信息。另外Ag納米顆粒對石墨烯缺陷有脩複作用,有利于提高石墨烯的導電能力。
위료표기화학법제비석묵희시인입적결함,채용자외복조적방법,이용Ag과립여함양관능단지간적상호작용실현료대결함적정량표기。결과표명해방법능제공석묵희표면결함적수량화분포신식。령외Ag납미과립대석묵희결함유수복작용,유리우제고석묵희적도전능력。
Ultraviolet ( UV) irradiation method was introduced to label the defects of graphene via the interaction between the Ag nanoparticles and oxygen-containing functional groups. Results show that Labeling Ag nanoparticles can provide information about the density and locations of the defects and offere new possibilities for preparation of Ag nanoparticles modified graphene in a simple way. Furthermore, the conductivity of the graphene can be improved by Ag nanoparticles.