Experimental results indicate hydrocarbon adsorption dominates long-term copper wetting over oxide state, while laser-induced isotropic and hierarchical topographies allow tuning of contact angle, anisotropy, and adhesion via sub-pattern morphology.
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Influence of Chemistry and Topography on the Wettability of Copper
Experimental results indicate hydrocarbon adsorption dominates long-term copper wetting over oxide state, while laser-induced isotropic and hierarchical topographies allow tuning of contact angle, anisotropy, and adhesion via sub-pattern morphology.