This study addresses the critical need to enhance mixing quality and cost efficiency in
electroosmotic micromixers, crucial for various applications, such as chemical synthesis …

Homogeneous and rapid mixing in microfluidic devices is difficult to accomplish, owing to
the low Reynolds number associated with most flows in microfluidic channels. Here, an …

In micro-scale sensitive medicinal and biochemical systems, improving mixing efficiency
with small velocity limitations is critical. This work examines the influencing key parameters …

A T-shaped micromixer featuring electroosmotic flow with heterogeneous charged surface
patches on the channel walls was analyzed, and an improved design was proposed to …

In this study, an attempt has been taken to enhance the mixing efficiency in a micromixer of
two different concentration fluids using electrokinetic effects such as electroosmotic flow …

Micromixers have significant potential in the field of chemical synthesis and biological
pharmaceuticals, etc. In this study, the design and numerical simulations of a passive …

Micromixers are crucial parts of microfluidic systems when it comes to efficiency and
precision, as mixing is the central process in most relevant applications, including medical …

Microfluidic technology is widely used in biomedicine, chemical analysis, and environmental
improvement. Improvement of the mixing quality of low Reynolds number flows in micro …

Micromixers due to their prominence in Lab-On-a-Chip (LOC), biomanufacturing and
chemical engineering applications are of great significances and emphases. In this paper, a …

Improvement in mixing quality under of low Reynolds number hydrodynamic flows in
microchannel devices is mandatory and essential. This paper investigates the electrokinetic …