We demonstrate that besides gaseous pockets also a gas supersaturated spot on a
substrate can be a nucleus for cavitation. The supersaturation is achieved by either a …

Pressure reduction in liquids may result in vaporization and bubble formation—a process
known as cavitation. It is commonly observed in hydraulic machinery, ship propellers and …

While theoretical estimates suggest that cavitation of water should occur when pressure falls
much below− 25 MPa at room temperature, in experiments, we commonly observe …

Boiling is an effective and critical energy transfer process in energy, aerospace, and
electronic applications. With the rapid development of nanotechnologies, the development …

Insoluble gas in water can remarkably affect the boiling heat transfer performance, which is
of great practical importance for many applications. The effect of insoluble nitrogen gas on …

The mechanism governing the extensive range of cavitation pressures remains unclear due
to the enigmatic nature of the non-equilibrium liquid–vapor phase transition at the cavitation …

Presently, the hydroxyl radical oxidation mechanism is widely acknowledged for the
degradation of organic pollutants based on hydrodynamic cavitation technology. The …

Gas content has an important influence on the intensity of cavitation erosion, affecting the
formation and collapse of cavitation nuclei. Previous studies have primarily focused on the …

The suspended solids in the acrylonitrile-butadiene-styrene (ABS) wastewater are in the
form of viscous latex, which strengthens the blocking phenomenon of the release device …

This PhD thesis is devoted to the investigation of some peculiar effects happening at
nanoscopic interfaces between immiscible liquids or liquids and solids via molecular …