Abstract
Here, we investigate the morphological and optical properties of nanoporous anodized alumina (NAA) on a glass wafer for anodizing times from 60 to 120 s and widening times from 0 to 80 min. Furthermore, we explore the corresponding wetting properties. Finally, we demonstrate a highly transparent superhydrophobic surface by using organic molecule-treated NAA on glass. Successful development of large-area NAA with tunable transparency and wettability opens up opportunities for self-cleaning and anti-frost glass for use on skyscrapers or in vehicles.
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