Induced-charge electrokinetics (ICEK) remains a hot topic due to its promising applications
in micro-and nano-fluidics. Over the past decade, researchers have made a great …

Induced charge electro-osmosis has notable implementation possibilities in thermal
management and efficient electrokinetic micropumps. We present the coupled numerical …

Induced-charge electroosmosis has attracted lots of attention from the microfluidic
community over the past decade. Most previous researches on this subject focused on …

The mixing of chemical analysis reagents at the microscale is critical. Most of the biological
fluids and polymer solutions used in the field of biomedicine belong to the category of non …

We study herein numerically the use of induced‐charge electrokinetic phenomena to enable
a flexible control of ion transport of dilute electrolyte in a straight ion concentration …

Induced-charge electro-osmosis (ICEO) is a research hotspot in bioengineering and
analytical chemistry. Inflow-outflow asymmetry of ICEO was reported in the existing …

The most biofluids/polymers, which are extensively used in lab-on-a-Chip devices exhibit
non-Newtonian characteristics, whose mixing behaviors become crucial for the most …

Induced charge electroosmosis (ICEO) can assist lab-on-a-chip devices and
macromolecular separation involving interface, multi-ion species, and solution properties. To …

Induced-charge electro-osmosis (ICEO) is an important phenomenon in microfluidics and
has been widely studied. Existing studies, both theoretical and experimental, have shown …

Near-surface chaotic induced-charge electro-osmosis (ICEO) was numerically predicted on
a metallic cylinder some years ago [Davidson et al.,“Chaotic induced-charge electro …