2020
DOI: 10.1155/2020/5818403
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Graphene-Substrate Effects on Characteristics of Weak-Coupling Bound Magnetopolaron

Abstract: Graphene has many unique properties which have made it a hotbed of scientific research in recent years. However, it is not expected intuitively that the strong effects of the substrate and Coulomb doping in the center of crystal cell on the polaron in monolayer graphene. Here, the interaction energy of surface electron (hole) in the graphene and optical phonons in the substrate, which give rise to weakly coupled polarons, is analyzed in the context of the Coulomb doping. The ground-state energy of the polaron … Show more

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Cited by 2 publications
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