NEST Lab
@NEST_Lab_CityU
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Our research focuses on micro/nanoscale fluid flows, encompassing various areas such as microfluidics, fluid dynamics, wettability, microrobots, and biomimicry.
City University of Hong Kong
Joined August 2023
Our recent findings of suppressing droplet rebound even on super-repellent surfaces by the inclusion of bubbles inside droplets.
Zhou et al. @NEST_Lab_Cityu present suppressing rebounds by incorporating bubbles into droplets, even in super-repellent states #droplets #SoftMatter #GettingApplied Out not @NatureComms
https://t.co/p51T9iHX5k
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Zhou et al. @NEST_Lab_Cityu present suppressing rebounds by incorporating bubbles into droplets, even in super-repellent states #droplets #SoftMatter #GettingApplied Out not @NatureComms
https://t.co/p51T9iHX5k
nature.com
Nature Communications - So far, attempts to prevent droplet rebound rely on augmenting energy dissipation. Here, the authors present that the rebound of hollow droplets is suppressed even on...
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