The formation of motion-induced dynamic adsorption layers of surfactants at the surface of
rising bubbles is a widely accepted phenomenon. Although their existence and formation …

The significance of frothers in the context of mineral flotation is widely recognized,
particularly in relation to their impact on bubble size and dispersion, coalescence inhibition …

Bubble aeration has been widely applied in water/wastewater treatment, however its low
gas utilization rate results in high energy consumption. Application of micro-nanobubbles …

In flotation, a bubble acts as a carrier for attached particles. The properties of the gas–liquid
interface of the bubble are one of the main factors determining the bubble motion and …

Bubbly flows are frequently run into in industrial processes. Since liquid phases usually
contain impurities, bubble interface is polluted to a certain degree. This can affect flow …

Enhancing the hydrodynamic interfacial mobility of bubbles and droplets in multiphase
systems is expected to reduce the characteristic coalescence times and thereby affect the …

The behavior of moving bubbles has mostly been studied in an axisymmetric flow field. To
extend the knowledge to practical conditions, we investigate the interfacial and …

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

At its core, the outcome of the collision between air bubbles is determined by the
hydrodynamic interaction forces, which in turn are strongly dependent on the tangential …

The drainage of thin liquid films between colliding bubbles is strongly influenced by the
boundary conditions at the air–liquid interface. Theoretically, the interface should not resist …