5. Conclusion
Various approaches and techniques have been proposed to further characterize the wettability of surfaces described as superhydrophobic or superoleophobic, in relation to the behavior of an applied drop. Among these, drop rebound analysis is by far the simplest to implement and provides a relatively easy way of assessing the wetting resistance of a surface texture under forced wetting conditions. However, as pointed out in this article, this technique cannot simulate confinement conditions or other experimental parameters such as pressure, which could be relevant to certain applications.
Advanced characterization of the wettability of these surfaces, and anticipation of the robustness of the non-wetting property under these conditions, will therefore require the implementation of strategies that are more complex to implement, such as those proposed in this article,...
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Bibliography
Standards and norms
- Standard Test Methods for Surface and Interfacial Tension of Solutions of Paints, Solvents, Solutions of Surface-Active Agents, and Related Materials. - ASTM D 1331 -
- Standard performance specification for rainwear and all–purpose, water–repellent coat fabrics. - ASTM D 7017 - janvier 2014
- Étoffes : détermination de la résistance au mouillage superficiel (essai d'arrosage). - NF EN ISO 4920 - janvier 2013 ...
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