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 …

The objective of this work is the study of gas microbubble dissolution in a carrier liquid. To
achieve this, we will analyze, using microfluidic techniques, the formation and evolution of …

This work demonstrates the utility of microfluidic devices for characterizing diffusion
mechanisms. We determined Henry's constant and characterized the diffusion process of …

Abstract A three-dimensional (3D) numerical simulation of a two-phase flow liquid/liquid is
performed in a rectangular microchannel with a T-junction. The volume of fluid (VOF) …

Numerical and experimental studies were carried out for the analysis of hydrodynamics and
volumetric mass transfer coefficient (kLa) in a cross-T junction microchannel for gas–liquid …

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 …

Microchannels have great potential in intensification of gas–liquid–liquid reactions involving
reacting gases, such as hydrogenation. This work uses CO2–octane–water system to model …

Bubble generation in a simple co-flowing micro-channel with a cross-sectional area of 1.69×
0.07 mm 2 was experimentally and numerically investigated. Air and water were used as the …

This paper focused on the mass transfer of Taylor bubbles composed of pure carbon dioxide
in organic solvent in microchannels. Combined with the Henry's law, the carbon dioxide …

Abstract Liquid-liquid–liquid (L/L/L) flows in microchannels involving three-phase
interactions are important in various chemical applications that entail liquid–liquid–liquid …