The venerable theory of electrokinetic phenomena rests on the hypothesis of a dilute
solution of point-like ions in quasi-equilibrium with a weakly charged surface, whose …

Classical electrophoretic deposition (EPD) relies on continuous direct current (CDC) to
deposit charged particles on electrodes. In recent decades, modulated electric fields such as …

We give a general, physical description of “induced-charge electro-osmosis”(ICEO), the
nonlinear electrokinetic slip at a polarizable surface, in the context of some new techniques …

A perm-selective nanochannel could initiate concentration polarization near the
nanochannel, significantly decreasing (increasing) the ion concentration in the anodic …

The field of nonlinear “induced-charge” electrokinetics is rapidly advancing, motivated by
potential applications in microfluidics as well as by the unique opportunities it provides for …

Advances over the past decade in nonlinear electrophoresis of charged, dielectric colloidal
particles in aqueous electrolytes are reviewed. Here, the word nonlinear refers to the fact …

In classical electrokinetics, the electrophoretic velocity of a dielectric particle is a linear
function of the applied electric field. Theoretical studies have predicted the onset of …

The review addresses the peculiarities of concentration polarization caused by an electric
current passing through conducting and around nonconducting charged materials. The …

Nonlinear electrophoresis offers advantageous prospects in microfluidic manipulation of
particles over linear electrophoresis. Existing theories established for this phenomenon are …

The nonlinear electric field dependence of particle electrophoresis has been demonstrated
to occur in Newtonian fluids for highly charged particles under large electric fields. It has …