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. 2016 Sep 30;7:12828. doi: 10.1038/ncomms12828

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Copyright © 2016, The Author(s)

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(a) Average velocity versus intensity amplitude ΔI obtained from experiments (symbols) and numerical simulations (solid curves), for a/b=0.22 (squares), 0.28 (circles), 0.33 (triangles), 0.55 (diamonds), 0.75 (inverted triangles) and 1.0 (pentagons). The experimental data points were obtained by averaging the velocity over ∼200 periods each. Error bars correspond to 95% of the confidence interval. (b,c) PDFs of for a/b=0.22 and (b) ΔI=1.0 μW μm⁻² and (c) ΔI=0.22 μW μm⁻², obtained from experiments (symbols) and numerical simulations (filled areas). (d) Average velocity for different particle diameters σ, for a/b=0.22 and ΔI=0.92 μW μm⁻².

Inline graphic — (a) Average velocity versus intensity amplitude ΔI obtained from experiments (symbols) and numerical simulations (solid curves), for a/b=0.22 (squares), 0.28 (circles), 0.33 (triangles), 0.55 (diamonds), 0.75 (inverted triangles) and 1.0 (pentagons). The experimental data points were obtained by averaging the velocity over ∼200 periods each. Error bars correspond to 95% of the confidence interval. (b,c) PDFs of for a/b=0.22 and (b) ΔI=1.0 μW μm⁻² and (c) ΔI=0.22 μW μm⁻², obtained from experiments (symbols) and numerical simulations (filled areas). (d) Average velocity for different particle diameters σ, for a/b=0.22 and ΔI=0.92 μW μm⁻².