MODIFYING THE CHARACTERISTICS OF FLUOROGRAPHENE BASED ON THE FLUORINE CONCENTRATION

The configuration and electronic characteristics of hexagonal graphene have been investigated in relation to the degree of fluorine atom incorporation into the graphene layer, ranging from 0 to 100 %. A correlation has been established between the number of fluorine atoms incorporated and the lattice parameter of the carbon framework, the energy of the C-C bond, the length of the C-F bond, and the bandgap. As the number of fluorine atoms increases, the lattice parameter expands, the length of the C-F bond decreases, the energy of the C-C bond diminishes, and the bandgap increases. A clear relationship has been identified between the lattice parameter of the carbon framework and the energy of the C-C bond.