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Beilstein J. Nanotechnol. 2023, 14, 1–10, doi:10.3762/bjnano.14.1
Figure 1: A snapshot of the simulation system. A liquid–vapor reservoir in contact with a carbon slab and wit...
Figure 2: Part of the simulation box illustrating the two types of thermal control used in the simulation. Th...
Figure 3: Carbon nanocone with 26 Å length, 8.2 Å tip diameter, and 17 Å of base diameter. Hydrophilic rings ...
Figure 4: Snapshots of the temporal evolution of the vapor system using εi = 1.1.
Figure 5: (a) Number and (b) histogram of collected water molecules as functions of (a) the time and (b) time...
Figure 6: 2D snapshots of the temporal evolution for vapor for a hydrophobic nanocone (left), the number of c...
Figure 7: A snapshot of water molecules (red dots) on the attractive slab and hydrogen bonds (blue lines) at t...
Figure 8: (a) Radial distribution function and (b) mean square displacement of the water molecules on the att...
Figure 9: (a) Number of collected molecules as a function of the time (ns) for different εr. (b) Mean collect...
Figure 10: Graph of water flux in different regions of the nanocone (Figure 3), for different values of the potential ...