@inproceedings{2916602,
    title = "WETTING MEASUREMENTS ON POROUS SURFACES UPON BACKPRESSURE APPLICATION",
    author = "E. Rizos and N. Apostolaras and Nikolaos Vourdas and E. Tsampasis and Vassilis N. Stathopoulos",
    year = "2016",
    pages = "2",
    publisher = "University of Ioannina",
    booktitle = "7th Panhellenic Symposium on Porous Materials",
    keywords = "Wetting, Porous, Pressure, Hydrophobic",
    abstract = "Modulation of droplet mobility on surfaces is crucial in numerous technological applications. Here we present an easy to implement methodology in controlling the mobility of water droplets by means of backpressure application. Tuning the backpressure the inherently sticky hydrophobic porous surface may be readily rendered non-sticky, and hence slippery dynamically and reversibly and with low response time. We follow the shape of water droplets upon backpressure."
}