Mixing of reagents in microfluidics is critical, and currently, the focus is on Newtonian fluids,
but these reagents are often viscoelastic fluids. In this study, a micromixer containing a …

Micromixers have important applications in lab-on-a-chip, biomanufacturing, and chemical
engineering. In this study, a micromixer with a conductive barrier plate based on the induced …

Effective mixing at the microscale is crucial in bioengineering and chemical engineering. In
this study, the mixing of viscoelastic fluids described by the Oldroyd-B constitutive model in …

Microfluidic devices have drawn many researchers in the various fields of area such as
biomedical diagnostics, biological and chemical analysis. Among these applications …

Reagent mixing for microchemical analysis is critical. Most biological fluids and polymer
solutions used in the biomedical field belong to the category of non-Newtonian fluids. In this …

Enhancing the micro-channel flow mixing is always a difficult problem. In this study, a
micromixer based on induced charge electro-osmosis is proposed. A T-shaped micromixer …

In this study, an electrokinetic microchannel with a ring-type mixing chamber is introduced
for fast mixing. The modeled micromixer that is used for the study of the electroosmotic effect …

Efficient mixing of chemical analysis reagents with laboratory samples at a microscale is a
key issue in numerous biomedical and chemical analyses but hardly to implement due to the …

Electroosmotic micromixing is generally a highly desirable technique in microanalysis
systems due to its ability to mix fluids at the microliter level. Herein, a contraction-expansion …

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 …