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Beilstein J. Nanotechnol. 2021, 12, 704–724, doi:10.3762/bjnano.12.56
Figure 1: Atomic structure and energies of Co1 adsorption modes on perfect MoS2. Mo is shown in teal, S in ye...
Figure 2: Atomic structure and energies of Ru1 adsorption modes on perfect MoS2.
Figure 3: Atomic structure and energies of Co2 adsorption modes on perfect MoS2.
Figure 4: Atomic structure and energies of Ru2 adsorption modes on perfect MoS2.
Figure 5: Atomic structure and energies of Co3 adsorption modes on perfect MoS2.
Figure 6: Atomic structure and energies of Ru3 adsorption modes on perfect MoS2.
Figure 7: Atomic structure and energies of Co4 adsorption modes on perfect MoS2.
Figure 8: Atomic structure and energies of Ru4 adsorption modes on perfect MoS2.
Figure 9: Adsorption modes of single Co (pink) and Ru (purple) atoms on defective MoS2. The red circle indica...
Figure 10: Atomic structure and energies of Co4 adsorption modes on defective MoS2. The red circle indicates t...
Figure 11: Atomic structure and energies of Ru4 adsorption modes on defective MoS2. The red circle indicates t...
Beilstein J. Nanotechnol. 2020, 11, 391–406, doi:10.3762/bjnano.11.30
Figure 1: (A) Adsorption sites on a MoS2 monolayer. (B–D) Relaxed structures after adsorption of one Cu atom ...
Figure 2: Adsorption configurations with two Cu adatoms. (A) through (F) show adatoms at equivalent sites, wh...
Figure 3: Relaxed structures after adsorption of Cu3 structures.
Figure 4: Relaxed structures after adsorption of Cu4 structures.
Figure 5: DOS plots of most favourable adsorption configuration for each Cun structure on MoS2. The contribut...
Figure 6: Bare MoS2 ML with S vacancy (highlighted in red) and adsorption structures for Cu1 and Cu4 adsorbed...
Figure 7: DOS plots of most favourable Cu1 and Cu4 adsorption structures on defective MoS2. The contribution ...