Bubbles are always encountered for gas–liquid two-phase flow in microchannels, and have
potential applications in chemical engineering, polymer engineering, food engineering, and …

Background The use of microfluidics is a relatively new route to produce emulsions.
Advantages of this method include high energy efficiency, high droplet monodispersity, and …

This paper presents an experimental investigation on the flow patterns of Newtonian/non-
Newtonian fluids two-phase flow in T-shaped rectangular microchannels by using a high …

Gas–liquid bubbly flows in T-junction microdevices with different microstructures were
investigated in this study. Embedded capillaries were used to modify the microstructures of T …

A mathematical model of Taylor flow hydrodynamics for combinations of non-Newtonian and
Newtonian fluids in microchannels:(i) non-Newtonian/non-Newtonian,(ii) Newtonian/non …

An experiment of gas-non-Newtonian fluid flow was performed in a horizontal square
microchannel to investigate the two-phase pressure drop and flow pattern. The pressure …

In this study, gas–non Newtonian liquid two-phase flows in a horizontal rectangular
microchannel have been investigated. The rectangular microchannel has a hydraulic …

Mass transfer performance is markedly improved in microchannels compared with traditional
gas–liquid chemical devices. The residence time is a crucial parameter for determining the …

The paper presents a study on the mass transfer of Taylor bubbles flowing in non-Newtonian
fluids (slug flow) using an oxygen-sensitive colorimetric method, for the bubble formation …

The stability of gas–liquid two-phase flow and uniformity of bubble size in shear-thinning
fluids within symmetrical parallelized microchannels are investigated experimentally. Air and …