Thermal Stability of Hydrogen Clusters at Graphene and Stone—Wales Graphene Surfaces
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DOI: 10.1134/s0021364020110077
Abstract: In the framework of the nonorthogonal tight-binding model, the possibility to form different thermally stable elements of the hydrogen pattern at graphene and Stone—Wales graphene surfaces is studied. The latter material is the recently predicted… read more here.
Keywords: wales graphene; graphene surfaces; hydrogen; stone wales ... See more keywords
Band Gap Opening of Doped Graphene Stone Wales Defects: Simulation Study
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DOI: 10.1134/s1063782620010236
Abstract: Abstract We implemented density functional theory to investigate the electronic properties of doped graphene Stone Wales defects. We found that the band gap of nitrogen doped graphene with different orientations of Stone Wales defect could… read more here.
Keywords: band gap; stone wales; doped graphene; wales defects ... See more keywords