Publication | Closed Access
Tunable, Superhydrophobically Stable Polymeric Surfaces by Electrospinning
322
Citations
25
References
2004
Year
Materials ScienceDry FilmsNanofiberEngineeringNonwetting Water DropletMicrofabricationInterfacial PhenomenonPolymer ScienceSurface ScienceApplied PhysicsWettingSurface TensionSuper-hydrophobic SurfaceInterfacial PhenomenaElectrospun FilmsNanofabricationThin FilmsSoft Matter
Dry films: An electrospinning process was used to form films with high water contact angles (166.7°) and low sliding-angles (4.3°). The electrospun films exhibit excellent superhydrophobic Cassie-regime stability: The figure shows a nonwetting water droplet, even after 400 Pa of uniaxial loading.
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