Today, microfluidics has become a revolutionary interdisciplinary topic with considerable
attention in a wide range of biotechnology applications. In this research work, a numerical …

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 …

Due to easy manufacturing technology and implementation of passive micromixers in a
complex microfluidic system, in this study, a type of passive micromixer has been …

Over a wide Reynolds number range (0.1≤ Re≤ 40), the new planar obstacle micromixer
has been demonstrated over 85% mixing efficiency covering the mixing improvement in both …

Micromixing is the most emerging aspect of microfluidics devices such as Lab on a chip and
µ-total analysis systems. In passive micromixers, the shapes of the micromixer play an …

In this paper, passive planar micromixers based on circular and square mixing chambers
spaced at equidistant along the length of micromixer are proposed to operate in the laminar …

Micromixer is a significant component of microfluidics particularly in lab-on-chip applications
so that there has been a growing need for design and fabrication of micromixers with a …

A planar micromixer design with circular mixing chambers and two constriction channels
crossing each other to connect adjacent mixing chambers is proposed in this work. The …

Micromixers play a crucial role in mixing different fluids within microfluidic systems.
Therefore, it is essential to analyze parameters, such as dimensional characteristics, mixing …

Micromixers have better efficiency in terms of both the time-scale of chemical kinetics and
diffusive transport compared to the conventional macro-mixers. The mixing efficiency in …