A gas in between micro-or nanostructures on a submerged superhydrophobic (SHPo)
surface allows the liquid on the structures to flow with an effective slip. If large enough, this …

Control of wetting properties at the extremes of wetting states (superhydrophilic and
superhydrophobic) is important for many applications, such as self-cleaning, anti-fogging …

We follow the history of nanobubbles from the earliest experiments pointing to their
existence to recent years. We cover the effect of Laplace pressure on the thermodynamic …

Superhydrophobic surfaces have the potential to reduce the viscous drag of liquids by
significantly decreasing friction at a solid-liquid interface due to the formation of air layers …

In this review, we tried to qualify different types and mechanisms of wall slip phenomenon,
paying particular attention to the most recent publications and issues. The review covers all …

Biomimetic superhydrophobic surfaces display many excellent underwater functionalities,
which attribute to the slippery air mattress trapped in the structures on the surface. However …

The mechanism of turbulent drag reduction (DR) with super-hydrophobic (SH) surfaces is
investigated by direct numerical simulation (DNS) and analysis of the governing equations …

Advancements in the fabrication of microfluidic and nanofluidic devices and the study of
liquids in confined geometries rely on understanding the boundary conditions for the flow of …

Submerged superhydrophobic (SHPo) surfaces are well known to transition from the
dewetted to wetted state over time. Here, a theoretical model is applied to describe the …

Superrepellency is an extreme situation where liquids stay at the tops of rough surfaces, in
the so-called Cassie state. Owing to the dramatic reduction of solid/liquid contact, such …