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Beilstein J. Nanotechnol. 2020, 11, 1045–1053, doi:10.3762/bjnano.11.89
Figure 1: (A) Positions of the Sb and Se atoms in the Sb2Se3 crystals. (B) The Sb2Se3 crystalline XRD pattern....
Figure 2: The absorption spectra of the Sb2Se3 crystals, with thickness d = 113 µm, measured at different tem...
Figure 3: (A) The spectra showing the edge absorption (α) and photoconductivity (JPh) for the Sb2Se3 crystals...
Figure 4: The photoconductivity spectra registered when 2 V is applied to the In–Sb2Se3 contacts (Figure 3A, insert) u...
Figure 5: (A) The reflection spectra of the Sb2Se3 crystal measured at room temperature for both E||c and E⟂c...
Figure 6: The experimentally measured (exp.) and calculated (calc.) profiles of the reflection spectra for th...
Figure 7: (A) The energy band structure of the Sb2Sе3 crystals. Insert illustrates the Brillouin zone. (B) Tr...
Figure 8: The reflection spectra of the Sb2Se3 crystals measured at room temperature under Е||с and Е⟂с polar...