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Beilstein J. Nanotechnol. 2019, 10, 1112–1124, doi:10.3762/bjnano.10.111
Figure 1: SEM images (two different magnifications) of LaxSr1−xS−TaS2 powder prepared from 10 atom % Sr (90 a...
Figure 2: Relative abundance of the nanotubes (red curve) in the product and their average outer diameter (bl...
Figure 3: HAADF-STEM image (top left) and EDX elemental mapping of Sr, Ta, S, and La in a SrxLa1−xS–TaS2 nano...
Figure 4: (a), (b) HAADF STEM images of SrxLa1-xS-TaS2 (Sr 10 atom %) nanotubes. (c) High-resolution image of...
Figure 5: a) HRTEM image of a SrxLa1−xS–TaS2 (10 atom % Sr in the precursor) nanotube showing 1.157 nm period...
Figure 6: (a,b) HAADF-STEM images of a SrxLa1−xS–TaS2 (20 atom % Sr in the precursor) nanotube showing multip...
Figure 7: (a) HAADF-STEM image and (b–f) EDX elemental mapping on a SrxLa1−xS–TaS2 (40 atom % Sr in the precu...
Figure 8: (a–c). HAADF-STEM images of a SrxLa1−xS–TaS2 (with Sr 60 atom % in the precursor) nanotube showing ...
Figure 9: Raman spectra of SrxLa1−xS–TaS2 nanotubes with different Sr content. Additionally, the reference Ra...
Figure 10: DFT calculations presenting the peculiarities of the chemical bonding within the SrxLa1−xS–TaS2 mis...
Beilstein J. Nanotechnol. 2018, 9, 1686–1694, doi:10.3762/bjnano.9.160
Figure 1: (a–c) Typical field-emission SEM images with different magnifications of MoS2 NSs grown by double s...
Figure 2: MoS2 NSs grown by double sulfurization of a 50 nm Mo film at 850 °C on SiO2/Si substrates: (a) typi...
Figure 3: MoS2 sample grown by double sulfurization of a 50 nm Mo film at 850 °C on SiO2/Si substrates: (a) P...
Figure 4: MoS2 sample grown by double sulfurization of a 50 nm Mo film at 850 °C on SiO2/Si substrates: (a) H...
Figure 5: Photographs of (a) wet chemically transferred MoS2 sample on the FTO/glass substrate, the FTO film ...
Figure 6: (a) Field-emission current density as a function of the electric field for the transferred MoS2 NSs...