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  1. research.aalto.fi

    Superslippery Liquid-Repellent Surfaces. Ras, Robin (Principal investigator) Yu, ... SuperRepel: Status: Finished: Effective start/end date: 01/06/2017 → 31/05/2022: View all. ... Droplet Friction on Superhydrophobic Surfaces Scales With Liquid-Solid Contact Fraction Lepikko, S., Turkki, V., ...
  2. researchgate.net

    hydrophobic material to super-repel water, i.e., display a very large apparent contact angle (θ * > 150°) and a very small roll-off angle ( θ rolloff < 10°). For low energy liquids such as ...
  3. pubs.acs.org

    ConspectusA super-repellent surface is a type of liquid-repellency material that allows for various liquid drops to bead up, roll off, or even bounce back. Known for its ability to remain dry, perform self-cleaning, and have a low adhesion, a super-repellent surface presents great advantages in a number of applications. These include antifogging, anti-icing, oil/water separation, and fluid ...
  4. developmentaid.org

    Reference — Superslippery Liquid-Repellent Surfaces - SuperRepel — for Finland presented by Horizon 2020 (2014 - 2020) (grants), budget is € 1 999 467,64, in Research, Science & Innovation sectors. ... Superslippery Liquid-Repellent Surfaces - SuperRepel. Last update: ...
  5. onlinelibrary.wiley.com

    surfaces are chiefly prepared artificially. Different to superhydrophobic surfaces, surfaces that can super repel oil fluids are more complicated due to the multiple choice of oil fluid for evaluation of liquid repellency. For super oil repellent surfaces, the oil repellency is affected by the type of oil fluids.
  6. cordis.europa.eu

    Thanks to the SuperRepel project, which received support from the European Research Council, Ras and his team of researchers have laid the foundation for a new generation of durable water-repellent coatings. "I am very optimistic about durable superhydrophobic surfaces and see them finding their way to the market in the very near future ...
  7. sciencedirect.com

    Theoretically, for low hysteresis, which is the case on super liquid-repellent surfaces, k = 4/π = 1.27 is the best value while k = 2 is for the strong hysteresis [82]. Experimentally a value of k = 1.9 seems to be a good choice for water on different polymer surfaces, even for low hysteresis [62], [73], [82], [83].
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