Phase separation in evaporating all-aqueous sessile drops - Supplementary Material

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Count of file(s): 9
7) 13.265 µm, 21.26 µm per second.tif (Exemplary image series of point 7 of the table of values Fig. 4b. The dextran-enriched droplet under consideration is encircled in the first image of the image series.) (37.50MB)
8) 21.706 µm, 32.761 µm per second.tif (Exemplary image series of point 8 of the table of values Fig. 4b. The dextran-enriched droplet under consideration is encircled in the first image of the image series.) (27.75MB)
19) 11.456 µm, 19.687 µm per second.tif (Exemplary image series of point 19 of the table of values Fig. 4b. The dextran-enriched droplet under consideration is encircled in the first image of the image series.) (46.50MB)
25) 14.471 µm, 17.969 µm per second.tif (Exemplary image series of point 25 of the table of values Fig. 4b. The dextran-enriched droplet under consideration is encircled in the first image of the image series.) (27.75MB)
Documentation.docx (Explanation of the files) (23.55KB)
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Description

All archived data refer to the paper A. May, J. Hartmann, and S. Hardt, Phase separation in evaporating all-aqueous sessile drops, Soft Matter 18 (2022) 6313-6317. and Figure 4b therein. Figure 4b was created from image series of the experiment, where the diameter and velocity of the dextran-enriched droplets were measured for each droplet. Refer to the Dokumentation.docx for descriptions of each file.

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4.22-03 Strömungsmechanik

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DFG | SFB1194 | TP A02 Hardt

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Creative Commons Attribution 4.0
Except where otherwise noted, this item's license is described as Creative Commons Attribution 4.0