Add to ORKGSuperhydrophobic cobalt hydroxide films with flower-like micro-nano structure prepared by chemical-bath deposition undergo a change in wettability from superhydrophobic to superhydrophilic state either by immersion in ethyl acetate or by heat treatment at 200A degrees C and above. The superhydrophobicity of the film can be regained by immersion in an ethanolic solution of stearic acid. The superhydrophobicity is attributed to the combined effect of micro-nano binary surface morphology and the low surface energy of the self-assembled monolayer of stearic acid. It is proposed that switching from superhydrophobicity to superhydrophilicity is caused by removal of the adsorbed layer of stearic acid by solvent or heat treatment
A superhydrophobic ZnAl–layered double hydroxide (LDH)–La film was prepared by a hydrothermal method...
Superhydrophobic surfaces are attracting increasing attention in different fields such as energy, tr...
Superhydrophobic surfaces, implied by its name, refer to ‘ultra-water-repellent surfaces’. They were...
Superhydrophobic cobalt hydroxide films with flower-like micro-nano structure prepared by chemical-b...
Superhydrophobic films with hierarchical micro–nano structures were deposited on glass substrates by...
Dense copper oxide nanoribbons arrays are prepared on a copper sheet by using a low-temperature hydr...
The present work describes a one-step facile spray deposition process for the fabrication of superhy...
Superhydrophobic cobalt stearate thin films with excellent anti-corrosion properties were successful...
Hierarchical nanostructured CuO surface was embellished to amplify the wettability. The pristine sup...
Superhydrophobicity has received significant attention over the past three decades owing to its sign...
A new route to obtain a layer of micro-nanostructured Fe3O4 using hydrothermal method has been repor...
Superhydrophobicity is the phenomenon of which the water contact angle (WCA) of droplets on a solid ...
Superhydrophobic surfaces prevent percolation of water droplets and thus render roll-off, self-clean...
Superhydrophobic films were fabricated on a titanium substrate with or without anodizing by using a ...
Super-hydrophobic film with hierarchical micro/nano structures was prepared by galvanic replacement ...
A superhydrophobic ZnAl–layered double hydroxide (LDH)–La film was prepared by a hydrothermal method...
Superhydrophobic surfaces are attracting increasing attention in different fields such as energy, tr...
Superhydrophobic surfaces, implied by its name, refer to ‘ultra-water-repellent surfaces’. They were...
Superhydrophobic cobalt hydroxide films with flower-like micro-nano structure prepared by chemical-b...
Superhydrophobic films with hierarchical micro–nano structures were deposited on glass substrates by...
Dense copper oxide nanoribbons arrays are prepared on a copper sheet by using a low-temperature hydr...
The present work describes a one-step facile spray deposition process for the fabrication of superhy...
Superhydrophobic cobalt stearate thin films with excellent anti-corrosion properties were successful...
Hierarchical nanostructured CuO surface was embellished to amplify the wettability. The pristine sup...
Superhydrophobicity has received significant attention over the past three decades owing to its sign...
A new route to obtain a layer of micro-nanostructured Fe3O4 using hydrothermal method has been repor...
Superhydrophobicity is the phenomenon of which the water contact angle (WCA) of droplets on a solid ...
Superhydrophobic surfaces prevent percolation of water droplets and thus render roll-off, self-clean...
Superhydrophobic films were fabricated on a titanium substrate with or without anodizing by using a ...
Super-hydrophobic film with hierarchical micro/nano structures was prepared by galvanic replacement ...
A superhydrophobic ZnAl–layered double hydroxide (LDH)–La film was prepared by a hydrothermal method...
Superhydrophobic surfaces are attracting increasing attention in different fields such as energy, tr...
Superhydrophobic surfaces, implied by its name, refer to ‘ultra-water-repellent surfaces’. They were...