Fig. 2: Macroscopic contact angle versus dimensionless geometrical quantities (\({{{\mathscr{L}}}}\), h, r and R), for \({{{\mathscr{S}}}}=-0.99\) (blue), −2/3 (cyan), −1/3 (green), 0 (yellow), 1/3 (orange), 2/3 (red) and 0.99 (magenta). | npj Microgravity

Fig. 2: Macroscopic contact angle versus dimensionless geometrical quantities (\({{{\mathscr{L}}}}\), h, r and R), for \({{{\mathscr{S}}}}=-0.99\) (blue), −2/3 (cyan), −1/3 (green), 0 (yellow), 1/3 (orange), 2/3 (red) and 0.99 (magenta).

From: Sessile drops in weightlessness: an ideal playground for challenging Young’s equation

Fig. 2

a versus dimensionless drop size \({\mathcal{L}}\); (b) versus dimensionless drop height h; (c) versus dimensionless wetted radius r; (d) rersus dimensionless sphere radius R.

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