We examine the initial dynamical behavior of dissolving microbubbles composed of carbon
dioxide gas in highly viscous silicone oils over a range of flow rates and pressure conditions …

The evolution of carbon dioxide bubbles dissolving in water is experimentally examined
using long microchannels. We study the coupling between bubble hydrodynamics and …

We experimentally study the dissolution of carbon dioxide bubbles into common liquids
(water, ethanol, and methanol) using microfluidic devices. Elongated bubbles are …

In this paper, a numerical investigation is conducted to study the formation and dissolution
process of CO 2 bubbles within silicone oil in a cross-junction microchannel. A coupled …

We studied the dissolution dynamics of CO2 gas bubbles in a microfluidic channel, both
experimentally and theoretically. In the experiments, spherical CO2 bubbles in a flow of a …

Microbubbles have applications in industry and life-sciences. In medicine, small
encapsulated bubbles (< 10 μm) are desirable because of their utility in drug/oxygen …

We report a new microfluidic strategy for the generation of small (< 10 µm) microbubbles
with a narrow size distribution. Our approach has the following features:(i) the generation of …

The dynamic process of gas dissolution from a single CO2-containing bubble into a liquid is
studied for bubbles with surface oscillations. Both experimental and theoretical analyses are …

CO 2 microbubble is a promising enhanced oil recovery and carbon sequestration method.
In this paper, based on microbubbles porous media generation method, a self-designed …

The nucleation and growth of CO2 bubbles in non-Newtonian and Newtonian fluids that
were initially supersaturated under different pressures are investigated in the present work …