Microreaction technology is one of the most innovative and rapid developing fields in
chemical engineering, synthesis and process technology. Many expectations toward …

In the last decade there has been an exponential increase in microfluidic applications due to
high surface-to-volume ratios and compactness of microscale devices, which makes them …

A review of mixing elements and devices for microscale fluidic devices is presented. The
application, principles and characterisation of these devices is discussed, and the …

This paper proposes a novel three-dimensional (3D) vortex micromixer for micro-total-
analysis-systems (μTAS) applications which utilizes self-rotation effects to mix fluids in a …

Owing to the enhancement of surface effects at the micro-scale, patterned grooves on a
micro-channel floor remain a powerful method to induce helical flows within a pressure …

This paper investigated the improvement in the mixing process of a T-shape micromixer
owing to the significance of the mixing process in the microfluidics system. The geometry of …

Understanding the flow fields at the micro-scale is key to developing methods of successfully
mixing fluids for micro-scale applications. This paper investigates flow characteristics and …

This paper presents a novel technique in which low‐frequency periodic electrokinetic driving
forces are utilized to mix electrolytic fluid samples rapidly and efficiently in a double‐T‐form …

A novel micromixer which utilizes chaotic mixing induced by ferrofluid actuation is
developed. The micromixer is fabricated by a polydimethylsiloxane micromolding technique …

This article presents the preparation of nanoparticles of amorphous cefuroxime axetil (CFA)
in a microporous tube-in-tube microchannel reactor (MTMCR). The experimental results …