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Opposite effects of Cu and Pt atoms on graphene edges

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Metal atoms at graphene edges are important because they can modify the structure and properties of graphene; however, there are very few reports on their direct observation. We performed electron… Click to show full abstract

Metal atoms at graphene edges are important because they can modify the structure and properties of graphene; however, there are very few reports on their direct observation. We performed electron microscopy to investigate the stability and dynamics of Cu and Pt atoms at graphene edges. We found that Cu atoms mended graphene edges, while Pt atoms etched them, and these transformations were promoted by electron irradiation. Cu and Pt atoms formed different atomic configurations at graphene edges.

Keywords: atoms graphene; microscopy; effects atoms; graphene edges; opposite effects

Journal Title: Applied Physics Express
Year Published: 2017

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