Controllable preparation of wear-resistant superhydrophobic surfaces fabricated with square column microstructures
Materials Letters(2022)
Abstract
•As the square column width increase, the static contact angle decreases.•As the square column width increase, the droplet rolling angle increases.•The square column’s height has relatively little effect on superhydrophobicity.•Provides a simple and durable superhydrophobic surface manufacturing strategy.
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Key words
Microstructure,Metals and alloys,Wettability,Mechanical wear resistance
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