Gas-liquid multiphase process occupies a significant part in the chemical industry, and the
emerging gas–liquid microfluidic technology provides a highly efficient and controllable tool …

Controllable regulation of gas–liquid microflow pattern and bubble size is significant to
bubble-based microfluidics, but it is hard to be realized with the existing technologies …

Formation of uniform-sized bubbles in microchannels by gas–liquid two-phase flow is the
basis for applications such as microreactors and micro/nano preparation. In this study, a two …

Bubble formation routes are vital to the application of microreactors, but a systematic
understanding of the vertical squeezing remains lacking. Accordingly, this study focuses on …

Generating gas–liquid Taylor flow is the prerequisite for the application of gas–liquid
microfluidics. However, a suitable operating method for gas–liquid microfluidics has yet to …

There are many studies on the gas–liquid Taylor flow in T-junction microdevices, but the
general design rules for gas–liquid microreactors are not well developed. This work is trying …

Production of smaller bubbles benefits the promotion of the mass transfer performance in
microreactors, but the existing methods mainly focus on designing complex structures. This …

Understanding the bubble dynamics is essential to various two-phase applications. The
three-dimensional numerical study on bubble coalescence with phase change in different …

Despite many studies conducted to reveal the bubble behaviors and associated heat
transfer within straight microchannels, those within heated microchannel T-junctions are …

The influence of drop formation due to micro rib-like structures, viz., the Junction Gutters
(JGs) within a standard microfluidic T-junction, is numerically investigated. Hydrodynamic …