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Beilstein J. Nanotechnol. 2023, 14, 603–615, doi:10.3762/bjnano.14.50
Figure 1: Confocal laser scanning micrograph (maximum intensity projection) showing the exoskeleton of a fema...
Figure 2: Number of eaten particles as a function of the time for systems containing only short setae (lines ...
Figure 3: The same as Figure 2, but for systems containing both long and short setae. Line 1 corresponds to the optim...
Figure 4: Number of eaten particles as a function of the time for the systems containing both short and long ...
Figure 5: Number of eaten particles for different degrees of adhesion of the long setae tips. Multiple experi...
Figure 6: Time dependencies of Neaten at different angles of rotation for the basic segments of the short set...
Figure 7: The same as in Figure 6 for the system containing both long and short setae. The short setae had the optima...
Figure 8: Density distributions obtained from long-time simulation runs in the (y,z) plane shown by grayscale...
Figure 9: The same as in Figure 8 for two optimal configurations. (a, c) Only short setae (hard setae with soft tips ...
Figure 10: Concept of the numerical model. Setae, arranged as two pairs of seta rows (internal short setae and...
Beilstein J. Nanotechnol. 2014, 5, 837–845, doi:10.3762/bjnano.5.95
Figure 1: Morphology and material composition of adhesive tarsal setae. Ventral part of the second adhesive p...
Figure 2: Typical configurations of the filamentary structure (setal array) attached to the stiff support (be...
Figure 3: The same system as presented in Figure 2 shown after detachment from the fractal surface and sufficiently l...
Figure 4: Time depending vertical forces developed during attachment of initially unperturbed systems to the ...
Figure 5: Time evolution of arrays {dxj} of distances j = 1,2,…Nx between ends of nearest neighbors dxj = xj+1...
Figure 6: Statistical analysis of the plots presented in Figure 5. The sequences of the histograms show time evolutio...