Theory of Frequency-Dependent Polarization of General Planar Electrodes with Zeta Potentials of Arbitrary Magnitude in Ionic Media

Wide-frequency-range dielectric response of polystyrene latex dispersions

“…Although the nature of this problem is poorly understood, various heuristic correction methods have been proposed [11][12][13][14][15][16][17], and there have also been some theoretical proposals to deal with the problem [18][19][20]. Particularly interesting and encouraging are the results reported first by Cirkel et al [21] and then by Hollingsworth and Saville [22] who give two different analytical descriptions of the complex dielectric permittivity of an ideally polarized flat electrode in a symmetric electrolyte, based on standard electrokinetic theory.…”

Calculation of the dynamic impedance of the double layer on a planar electrode by the theory of electrokinetics

“…When a bounding surface to the electrolyte has local radius of curvature large compared to the normal length scale-the Debye screening length κ −1 in the electrolyte where (14) …”

“…Electrode impedance was displayed as a function of electrode zeta potential and electrolyte composition. Recently, Scott and coworkers [13,14] employed a variational technique to solve the system of differential equations used by De Lacey and White and limited their analysis to approximate analytical solutions for a binary electrolyte.…”

Three-dimensional non-linear AC electro-osmotic flow induced by a face-to-face, asymmetric pair of planar electrodes

“…But the pumping power of AC electroosmosis is low when compared with DC electro-osmosis (Wang et al 2009). For capacitive charging (Lastochkin et al 2004), the rapid charging and discharging processes cause the charges in the electric double layer to be under Poisson-Boltzmann non-equilibrium conditions (Scott et al 2000). This results in the penetration of an external electric field into the double layer and thereby produces a transient current charging of the double layer.…”