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Beilstein J. Nanotechnol. 2019, 10, 823–832, doi:10.3762/bjnano.10.82
Figure 1: Side and top views of the crystal structures of a monolayer of: (a) AcOBr, (b) BaFBr, (c) CrOF and ...
Figure 2: Side and top views of the crystal structure of a monolayer of: (a) AcOCl , (b) BiOCl, (c) YOI and (...
Figure 3: Partial and total density of states of monolayers of AcOBr, BaFBr, BiOBr, and CaFBr. The Fermi leve...
Figure 4: Partial and total density of states of monolayers of AcOCl, AlOCl, BaFCl, and BiOCl. The Fermi leve...
Figure 5: Partial and total density of states of monolayers of CrOF, GaOF, InOF, and LaOF. The Fermi level is...
Figure 6: Partial and total density of states of monolayers of BiOI, LaOI, ScOI and YOI. The Fermi level is s...
Figure 7: Band structures of monolayers AcOBr, BaFBr, BiOBr, and CaFBr, using the HSE functional. The Fermi l...
Figure 8: Band structures of the monolayers CrOF, GaOF, InOF, and LaOF, using the HSE functional. The Fermi l...
Figure 9: Band structures of the monolayers AcOCl, AlOCl, BaFCl, and BiOCl, using the HSE functional. The Fer...
Figure 10: Band structures of the monolayers : BiOI, LaOI, ScOI, and YOI, using HSE functional. The Fermi leve...
Figure 11: Evolution of the electronic band structure of AcOBr, BaFBr, BiOBr, CaFBr, CrOF, GaOF, InOF, and LaO...
Figure 12: Evolution of the electronic band structure of: AcOCl, AlOCl, BaFCl, BiOCl, BiOI, LaOI, ScOI, and YO...