This review article presents an overview on the application of electrohydrodynamics and
Joule heating effects in microfluidic chips. A brief introduction of microfluidic chips and a …

In the present study, we investigate the implications of streaming potential on the mass flow
rate control in a microfluidic device actuated by the combined application of a pulsating …

The traditional bonding technology severely limits the development of microfluidic chip
owing to the complicated techniques, the blockage and deformation of microchannels, etc. In …

Electroosmotic flow (EOF) is a promising way for driving and mixing fluids in microfluidics.
Aiming at the parallel-plate microchannel with sinusoidal surface roughness, this paper …

Electroosmotic flow actuation is one the most active research area in microfluidics. The
advantages of microfluidic systems with porous walls are improvement of heat and mass …

We have studied the temporal evolution of electro-kinetic flows in the vicinity of polarizable
dielectric solids following the application of a 'weak'transient electric field. To obtain a macro …

Mass transfer in a closed-ended, cylindrical tube, under an oscillatory electro-osmotic flow,
is theoretically studied. Analytical solutions are found for the distribution of the electric …

In the literature, a limited number of analytical solutions for electroosmotic (EO) flow in micro-
ducts were obtained. In this study, we present a general formulation using eigenfunctions of …

电渗流(EOF) 广泛应用于微流控芯片中的流体的传输与混合. 针对带有粗糙表面的平行板微通道,
建立了描述EOF 的控制方程, 基于有限元分析方法对具有不同粗糙度和EDL …

Electroosmotic flow (EOF) is a promising way for driving and mixing fluids in microfluidics.
For the parallel-plate microchannel with the hydrophobic surface, this paper solved the …