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Keywords:

  • graphene;
  • scanning tunneling microscopy;
  • Rh(111);
  • stacking geometries;
  • polycrystalline graphene
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The atomic resolution of scanning tunneling microscope (STM) images is exploited to identify graphene on metal substrates. The growth of graphene on a Rh(111) substrate is examined under different growth conditions, and diverse surface characteristics and growth mechanisms are discovered. On page 1360, the versatile atomic structures and different stacking geometries of graphene on Rh(111) are described by Z. F. Liu and co-workers.