Flow chemistry offers several advantages for performing chemical reactions and has
become an important area of research. It may seem that sufficient knowledge has already …

In a T-shaped mixer, the two liquid streams in the inlet channels meet each other at the T-
junction, and their liquid-liquid contacting face exhibits planar, swirling folds and the folds …

Micromixers with the microchannel structure can enable rapid and efficient mixing of multiple
types of fluids on a microfluidic chip. Herein, we report the mixing performance of three …

Mixing is a basic but challenging step to achieve in high throughput microfluidic applications
such as organic synthesis or production of particles. A common approach to improve …

An overview of the mixing performances of micro T mixers operating with a single fluid is
presented. The focus is on the relationship between the flow features and mixing. Indeed, T …

Two arrow-shaped micro-mixers, obtained from the classical T-shaped geometry by tilting
downward the inlet channels, are considered herein. The two configurations, having …

Achieving rapid mixing of different liquids in a short distance is important in various
biochemical applications. Herein, a novel planar mixer with staggered Z-shaped baffles is …

In this study, numerical computations are performed with the main purpose of shedding light
on the mixing characteristics in an innovative T-shaped micromixer equipped with a twisted …

The amide condensation reaction is crucial for preparing biological probes with a
polypeptide backbone. The traditional condensation reaction requires the monomer and …

The effect of a small density difference, ie, lower than 12%, between the two miscible liquid
streams fed to a T-shaped junction is investigated experimentally and through numerical …