Over the last ten to fifteen years, microreaction technology has become of increased interest
to both academics and industrialists for intensification of multiphase processes. Amongst the …

Slug flow behavior and characteristics have been studied in a rectangular microchannel with
Y-junction. Two simple bubble shape models are proposed to calculate the film thickness …

Characteristics of gas-liquid Taylor flow with different liquid viscosities are investigated in a
rectangular microchannel, aiming at providing knowledge and aid in the design of …

Calendaring is a common process for enhancing the power density of Li-ion battery
electrodes. In this study, the Shan-Chen-based Lattice Boltzmann Method is used to …

Characteristics of gas‐liquid two‐phase flow under elevated pressures up to 3.0 MPa in a
microchannel are investigated to provide the guidance for microreactor designs relevant to …

A method for measuring the equilibrium GOR (gas–oil ratio) of reservoir fluids using
microfluidic technology is developed. Live crude oils (crude oil with dissolved gas) are …

This review focuses on the fundamental fluid mechanics which governs the generation of
micro/nanospheres. The micro/nanosphere generation process has gathered significant …

Water emerging from micrometer-sized pores into millimeter-sized gas-flow channels forms
drops. The drops grow until the force from the flowing gas is sufficient to detach the drops as …

The deformation of moving slug bubbles and its influence on the bubble breakup dynamics
in microchannel were studied. Three bubble morphologies were found in the experiment …

Two-phase Taylor flow has been proven as an effective method for process intensification in
microchannels in many fields with high integration and miniaturization. In this study, the …