Novel biomimetic surface based on a self-organized metal− polymer hybrid structure
Biomimetic hybrid metal-dome− polymer-spike surfaces having controllable water droplet
adhesion on superhydrophobic surfaces are prepared by self-organization, electroless
plating, and simple peeling. The hybrid surface is characterized by affinity-driven water
droplet adhesion that is easily controlled by hydrophilic metal dome density and thermal
treatment.
adhesion on superhydrophobic surfaces are prepared by self-organization, electroless
plating, and simple peeling. The hybrid surface is characterized by affinity-driven water
droplet adhesion that is easily controlled by hydrophilic metal dome density and thermal
treatment.
Biomimetic hybrid metal-dome−polymer-spike surfaces having controllable water droplet adhesion on superhydrophobic surfaces are prepared by self-organization, electroless plating, and simple peeling. The hybrid surface is characterized by affinity-driven water droplet adhesion that is easily controlled by hydrophilic metal dome density and thermal treatment.
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