Surface roughening has long been used to confer materials remarkable wetting properties,
such as super hydrophobicity. When roughness belongs to the microscale, existing models …

Many of the remarkable properties of surface nanobubbles, such as unusually small contact
angles and long lifetimes, are related to the force that pins them onto their substrates. This …

We deduce a thermodynamically consistent diffuse interface model to study the line tension
phenomenon of sessile droplets. By extending the standard Cahn-Hilliard model via …

We present a resource‐efficient approach to fabricate and operate a micro‐nanofluidic
device that uses cross‐flow filtration to isolate and capture liposarcoma derived extracellular …

The nanobubbles (NB) formed on a solid surface has been reported, although the stability in
a solution is still discussed. The atomic force microscopy (AFM) has shown the unique …

In this paper, we examine the thermodynamic stability of surface nanobubbles. The
appropriate free energy is defined for the system of nanobubbles on a solid surface …

The air micro-and nanobubbles on a silicon wafer surface, generated by ethanol–water
exchange method in THF solution, are found with anomalous small contact angles on the …

Surface nanobubbles are the main gaseous domains forming at solid–liquid interfaces, and
their abnormally long lifetime (stability) is still an open question. A hypothesis “gas tunnel” …

Extended Non-Equilibrium Thermodynamics provides powerful tools departing not from
empirical or statistical considerations but from fundamental thermodynamic laws, proposing …

The characteristic high surface area to volume ratio causes ionic transport in nanofluidic
devices to be governed by surface properties like surface charge. In recent years …