The aim of microfluidic mixing is to achieve a thorough and rapid mixing of multiple samples
in microscale devices. In such devices, sample mixing is essentially achieved by enhancing …

Electrokinetic driven flow can be used as an active technique to improve mixing in various
devices. This technique is employed to mix fluid samples rapidly and efficiently in different …

The mixing and flow characteristics are numerically investigated for an electroosmotic flow
through a heterogeneous charged micromixer with obstacles both at the top and bottom …

Effective mixing in microscale systems encounters difficulties due to the inherently low
Reynolds numbers. This investigation delves into harnessing elastic instability and elastic …

A novel micro-mixer based on the induced-charge electrokinetic motion of an electrically
conducting particle is proposed and numerically demonstrated in this paper. For most …

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 …

Micromixing devices often utilize complex architectures to mix miscible liquid streams and
can be complex and expensive to fabricate. Here, we developed, built, experimentally …

Many applications need fast and efficient mixing of the sample and reagent with high
throughput in a microfluidic channel. Due to low Reynolds number, mixing based on …

Micro elastofluidics is a transformative branch of microfluidics, leveraging the fluid–structure
interaction (FSI) at the microscale to enhance the functionality and efficiency of various …

Presented here is a novel method for mixing in a microfluidic channel via an array of rotating
magnetic microbeads. The microbeads rotate around circular permalloy (NiFe) features …