The mathematical study is modeled to examine the physical impacts of porosity and thermal
slip on flow features of nanofluid through an asymmetric micro-channel. Additionally, the …

A mathematical study is described to examine the concurrent influence of thermal radiation
and thermal wall slip on the dissipative magnetohydrodynamic electro‐osmotic peristaltic …

Selective Si 3 N 4 etching becomes challenging as the number of stacks in three-
dimensional Not AND (3D NAND) flash memory devices increases. To suppress changes in …

The characteristics of fluid flow and mass transfer in a novel micromixer with gaps and
baffles are studied numerically and experimentally. Based on the principles of multiple …

Separation of microparticles and cells from a heterogeneous mixture is critical in the fields of
medicine, engineering, biology, and biotechnology. In this paper, a novel design for …

This review reports the progress on the recent development of electrokinetic micromixers.
The basic governing equation and principle of operation of electrokinetic micromixers are …

The ability to control and pump high ionic strength fluids inside microchannels forms a major
advantage for clinical diagnostics and drug screening processes, where high conductive …

The single-phase flow in the microchannel has one characteristic: it has a low Re (Reynolds
number), and the range is usually between tens and hundreds, so the flow in the …

A gourd-shaped contraction–expansion design is proposed for a passive planar micromixer
in this study. The mixing performance of the micromixer is analyzed numerically and …

Active micromixers have been widely used in chemistry, biomedicine and many micro
analyses as it offers low reagent consumption, controllable mixing process, safe, and …