================================= README.TXT ================================= All Authors: Jonathan B. Boreyko, Chuan-Hua Chen Title: Self-propelled dropwise condensate on superhydrophobic surfaces Description: Video S1 (for Figs 1-2). Dropwise condensation on a smooth, horizontally oriented hydrophobic surface. The video was captured at 0.1 fps and played back at 10 fps. The field of view was 0.34mm x 0.34mm. Video S2 (for Figs 1-2). Dropwise condensation on a horizontally oriented superhydrophobic surface, exhibiting autonomous drop removal. The video was captured at 0.1 fps and played back at 10 fps. The field of view was 0.34mm x 0.34mm. Video S3 (for Fig 3). Top-down imaging of rapid drop removal via initial coalescence. The video was captured at 50,000 fps and played back at 5 fps. The field of view was 0.22mm x 0.22mm. Video S4 (for Fig 4). Side-view imaging of rapid drop removal via dynamic coalescence. The video was captured at 5,000 fps and played back at 40 fps. The field of view was 1.10mm x 2.64mm. Video S5 (for Fig 5). Side-view imaging of a jumping coalesced drop on an aluminum Leidenfrost surface heated to 225C. Two drops, both of initial diameter 0.88mm, were simultaneously released down opposing ramps and experienced an in-plane coalescence, jumping upward at a velocity of 0.21 m/s due to the compression of the vapor layer by the evolving liquid bridge. The video was captured at 4,000 fps and played back at 25 fps. The field of view was 3.63mm x 3.30mm. Total No. of Files: 6 Filenames: videoS1.avi, videoS2.avi, videoS3.avi, videoS4.avi, videoS5.avi, README.TXT Filetypes: avi, TXT Special Instructions: Video S3 is uncompressed. Other videos are compressed using Microsoft MPEG-4 Video Codec V1. Contact information: Dr. Chuan-Hua Chen 178 Hudson Hall Duke University Durham, NC 27708 Email: cc155@duke.edu Phone: 1+919-660-5343 Fax: 1+919-660-8963 ==============================================================================