We perform direct numerical simulations of a gas bubble dissolving in a surrounding liquid.
The bubble volume is reduced due to dissolution of the gas, with the numerical …

A large-density-ratio and tunable-viscosity-ratio multicomponent multiphase pseudopotential
lattice Boltzmann model is used to study the dissolution process of a bubble under pressure …

A microscopic bubble of soluble gas always dissolves in finite time in an undersaturated
fluid. This diffusive process is driven by the difference between the gas concentration near …

The formation of gas bubbles at gas cavities located in walls bounding the flow occurs in
many technical applications, but is usually hard to observe. Even though, the presence of a …

Rectified diffusion is a bubble growth phenomenon that occurs in acoustic fields. Despite the
existence of a well-established spherically symmetric mathematical model, theoretical …

A core unresolved challenge in rectified diffusion is the lack of predictive models, which
allow accurate modelling of the growth of bubbles over millions of cycles of oscillation. The …

When a gas bubble grows by diffusion in a gas–liquid solution, it affects the distribution of
gas in its surroundings. If the density of the solution is sensitive to the local amount of …

Whereas bubble growth out of gas-oversatured solutions has been quite well understood,
including the formation and stability of surface nanobubbles, this is not the case for bubbles …

The dissolution of a gas bubble in a confined geometry is a problem of interest in
technological applications such as microfluidics or carbon sequestration, as well as in many …

This paper presents a model for bubble dynamics in a protein solution, including varying
surface tension and dynamic adsorption/desorption of protein onto the bubble surface. We …