The creation of superhydrophobic (SH) surfaces requires a combination of surface roughness and surface free energy reduction. For this purpose, wire-like ZnO particle (with micro scale in length and nano-scale in width) ...

corrosion resistance of metals. The use of superhydrophobic surfaces is one of the original techniques for protection against corrosion [2]. In low adhesive superhydrophobic surfaces, water contact angle (WCA) is upper than 150° and sliding angle (SA...

Fabrication of suitable roughness is a fundamental step for acquiring superhydrophobic surfaces. For this

purpose, a deposition of ZnO nanoparticles on Al surface was carried out by simple immersion and ultrasound approaches. Then, surface...

Superhydrophobic surfaces (SHS) require a combination of surface roughness and low surface energy. Coating

the surface with a thick layer frequently leads to loss of its clarity. The deposition offluorine doped tin oxide

(FTO) by sol...