In order to solve the problem of difficult mixing of high-conductivity solutions, this paper
designs a new mixing method of micromixer based on the alternating current (AC) heating …

In this paper, a numerical study is performed on an induced-charge electrokinetic
micromixer. The electrically conductive plates are installed inside the micromixer to induce …

A new design of induced-charge electrokinetic micromixer is proposed. The micromixer has
a mixing-chamber with conductive surfaces. Circular, square, triangular, and rhomboid …

A novel T-type electromagnetic micromixer is proposed by combining the effects of laminar
flow with Lorentz force in the microchannel. Through finite element simulation, the effects of …

In this paper, we investigate a novel alternating current electrothermal (ACET) micromixer
driven by a high efficiency ACET micropump. The micromixer consists of thin film asymmetric …

Temperature gradients aroused from the Joule heating in a non-uniform electrical field can
induce inhomogeneities of electric conductivity and permittivity of the electrolyte, thus …

We developed a novel active micromixer that uses a driving electrical voltage and combines
a microchannel and nanojunction. The microchannel was fabricated using the general soft …

In this paper, we present a three-objective optimization process for an Alternating Current
(AC) electrothermal theory-based micromixer. For the first time, we propose to combine the …

A rapid micromixer of fluids in a microchannel is presented. The mixer uses AC
electroosmotic flow, which is induced by applying an AC voltage to a pair of coplanar …

We propose and successfully demonstrate a novel microfluidic mixer that takes advantage of
field-effect control to dynamically manipulate local flow field to highly enhance mixing effect …