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Beilstein J. Nanotechnol. 2021, 12, 203–212, doi:10.3762/bjnano.12.16
Figure 1: STM images of the z’-TiOx phase grown on Pt3Ti(111): (a) An overview image (50 × 50 nm; UB = 1.57 V...
Figure 2: STM images of the w’-TiOx phase grown on Pt3Ti(111): (a) An overview image (100 × 100 nm; UB = 2.50...
Figure 3: High-resolution STM images (both 1.8 × 1.8 nm; UB = 0.50 V; IT = 62 pA) of a supramolecular assembl...
Figure 4: Structural and electronic properties of simulated W3O9 and W3O8 clusters. (a) Relaxed structures wi...
Figure 5: STM images of the initially W3O9-covered w’-TiOx phase grown on Pt3Ti(111) after annealing the samp...
Beilstein J. Nanotechnol. 2010, 1, 60–70, doi:10.3762/bjnano.1.8
Figure 1: The connector (I–IV) and linker (a–e) units considered in this work. The same nomenclature is used ...
Figure 2: Topologies of 2D COFs considered in this work: (from the left) Tl, Tt, Hl, and Ht. Red and blue blo...
Figure 3: Layer stackings considered: AA, AB, serrated and inclined.
Figure 4: The calculated and experimental [8,13,14] XRD patterns of PPy-COF (top), COF-10 (middle) and TP COF (bottom)....
Figure 5: The reactants participating in the formation of 2D COFs.
Figure 6: Total densities of states (DOS) (black) of AA (top left), AB (top right), serrated (bottom left), a...
Figure 7: Partial density of states of carbon (left), boron (center), and oxygen (right) atoms of COFs built ...
Figure 8: Partial density of states of carbon (left), boron (center), and oxygen (right) atoms of COFs built ...