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Self-Assembled Copper Nanoparticle Superlattices On Graphene Thin Films, Tianhao Ouyang
Self-Assembled Copper Nanoparticle Superlattices On Graphene Thin Films, Tianhao Ouyang
Electronic Thesis and Dissertation Repository
Recently, Giovannetti et al. successfully demonstrated that some metals (such as Cu and Au) only have weak van der waals interaction with graphene and thus can only form weak bonding without severely shifting graphene’s band structure, which describes the energies range of the electrons in the material. Therefore, this opens up windows for graphene enhancement without greatly changing its properties. Furthermore, Zhou et al. later suggested the possibility of self-assembling periodic arrays of alkali atoms on graphene. In our group, graphene thin films fabricated in a cost effective way using solution-processed methods have been used extensively, including decorating …