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Beilstein J. Nanotechnol. 2015, 6, 845–856, doi:10.3762/bjnano.6.87
Figure 1: Sketch of the mechanisms underlying partial slip. A Hertzian contact under a tangential load has in...
Figure 2: (A) For a narrow contact between a sphere and a plate, deformation occurs close to the contact, onl...
Figure 3: Left: Sketch of the experimental geometry. The contacts are formed between a tripod (center top) an...
Figure 4: Data traces of frequency shift, Δf, and bandwidth shift, ΔΓ, versus amplitude of oscillation. All d...
Figure 5: Frequency shifts in the low-amplitude limit obtained on silica surfaces (A and B) and on a PMMA sur...
Figure 6: A sketch of an explanation for the increase in MHz contact stiffness when an experiment is undertak...
Figure 7: Shift in bandwidth, ΔΓ (top) and loss tangent, ΔΓ/Δf, (bottom) in the low-amplitude limit. Full and...
Figure 8: Friction coefficients, µ, obtained by analyzing the slopes in plots of Δf versus u0 (left) and ΔΓ v...