In spite of large amount of research in fabricating surfaces of varying wettability by
biomimicking the naturally occurring surfaces, the work on fundamentally and industrially …

Droplet and bubble wettability are important parameters for characterizing the wetting
propensity of solid surface. Recent studies have shown significant differences between the …

We experimentally confirmed the idea of mitigating (or delaying) the cavitation on the
turbomachinery (rotating blades) by transforming the blade surface to be superhydrophilic …

The flexible manipulation of underwater gas bubbles on solid substrates has attracted
considerable research interest from scientists in the fields of water electrolysis, bubble …

Hypothesis Understanding bubble shapes on narrow slippery stripes and how they change
during manipulated processes is significant for both industrial and daily life applications …

The movement of a single air bubble on an inclined hydrophobic surface submerged in
water, including both the upward-and downward-facing sides of the surface, was …

Directional manipulation of underwater bubbles on a solid surface has attracted much
attention due to its large-scale applications such as electrocatalytic gas evolution reactions …

A superhydrophobic and superaerophilic surface was fabricated by facile self-assembly of
silica nanoparticle/PDMS composites. The relevant superaerophilic surface showed …

Bubbles are an important medium to increase the efficiency of gas/liquid mass transfer.
Smaller and more homogeneous bubbles can improve environmental treatment efficiency …

This study investigates the effect of gas concentration and impurity concentration in the
liquid on cavitation in the venturi channel. For this purpose, a circulating flow facility …