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Beilstein J. Nanotechnol. 2016, 7, 263–277, doi:10.3762/bjnano.7.24
Figure 1: The main molecule–metal combinations discussed in this report: alkane chalcogenides (CnT), 1,4-benz...
Figure 2: (a) S 2p XPS spectra for a small dose of BDMT evaporated [26] onto Cu(100). (b,c) S 2p spectra for S ad...
Figure 3: (a) XPS spectra [48] in the S 2p region before (blue, normal emission; red, grazing emission) and after...
Figure 4: (a) XPS in the Se 3d region [48] after initial selenization of Pd with atomic selenium and heating to 5...
Figure 5: XPS in the Se 3d region after (a) initial selenization of Ni with atomic selenium and heating to 50...
Figure 6: (A) EDOT-related molecules and XPS S 2p spectra for these cases [62]. Figure adapted with permission fr...
Figure 7: XPS S 2p spectra for 1T, 2T and DH4T adsorption on Au films on mica. The DT spectra are shown for t...
Figure 8: Se adsorption on Cu(111) from a Na2Se solution and after heating to the indicated temperatures.
Figure 9: Selenophene (Seph) adsorption on Cu(111). (a,c) Se 3d spectra and (b,d) NEXAFS spectra for the indi...
Beilstein J. Nanotechnol. 2015, 6, 404–413, doi:10.3762/bjnano.6.40
Figure 1: SEM images taken from (a) bare Ag NP deposited on Si/SiOx substrates with tAg = 0.8 nm (given in eq...
Figure 2: (a) STEM–HAADF image of Ag NPs, (b) atomically resolved TEM image of a single NP, revealing crystal...
Figure 3: (a) Sketch of the geometry for the SDR experiments showing the incidence angle, Θ, and the system u...
Figure 4: (a) SDR spectra of bare Ag NPs deposited on Si/SiOx, tAg = 0.8 nm, taken under p-polarisation at di...
Figure 5: (a) SDR spectra taken under p-polarisation excitation at Θ = 30° on Ag NPs deposited on Si/SiOx aft...