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Showing 1 to 1 of 1 for “"Underwater superhydrophobicity"”.
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Nature-inspired systems exploiting porous media for multiphase flows
… trees. (1) How multilayered feathers enhance underwater superhydrophobicity. Inspired by ducks, here we demonstrate that air pockets can withstand up to five times more hydrostatic pressure when using stacked layers of synthetic feathers instead of a single layer. The mechanism for the …