Li Storage Properties of Disordered Graphene Nanosheets

We report that highly disordered graphene nanosheets can find promising applications in high-capacity Li ion batteries because of their exceptionally high reversible capacities and good cyclic stability

Dengyu Pan; Song Wang; Bing Zhao; Minghong Wu; Haijiao Zhang; Yong Wang; Zheng Jiao

2009

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  • Graphene has aroused intensive interest because of its unique structure, superior properties, and various promising applications
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  • We report that highly disordered graphene nanosheets can find promising applications in high-capacity Li ion batteries because of their exceptionally high reversible capacities and good cyclic stability
  • The greatly enhanced capacity in disordered graphene nanosheets is suggested to be mainly ascribed to additional reversible storage sites such as edges and other defects
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