Microreactors with millimetric internal dimensions offer precise control over temperature,
flow and reaction, providing excellent system performance in terms of overall mixing …

Two-phase flow without phase change can radically increase the heat transfer rate in
microchannels due to the internal recirculation of the fluids. In this paper, both numerical and …

Taylor flow is a strategy-aimed flow to transfer conventional single-phase into a more
efficient two-phase flow resulting in an enhanced momentum/heat/mass transfer rate, as well …

The hydrodynamic characteristics of liquid-liquid plug flow were studied in microchannels
with 0.2 and 0.5 mm ID both experimentally and numerically. For the experiments high …

The hydrodynamic properties of plug flow were investigated in small channels with 0.5‐, 1‐,
and 2‐mm internal diameter, for an ionic liquid/aqueous two‐phase system with the …

Characteristics of liquid–liquid slug flow are investigated in a microchannel with focus on the
leakage flow that bypasses droplets through channel gutters. The results show that the …

Abstract Aqueous Two-Phase System (ATPS) has a proven ability for the selective
partitioning and purification of bioactives. This work explores the application of ATPS for the …

Mass transfer in non-reactive gas–liquid Taylor flow has been studied at the unit cell scale
with high resolution non-invasive experimental techniques for a large variety of …

Abstract Effect of interface deformation on flow patterns, recirculation flow, vorticity
magnitude, and liquid film thickness of liquid–liquid two-phase flow in a confined …

The continuous extraction of an amino acid from an aqueous solution into an ionic liquid
phase was studied experimentally in small channels, demonstrating a double intensification …