Determination of the Particle Size Distribution in Polymer Latex Using Quasielastic Light Scattering and Dielectric Spectroscopy, Volume 2
University of Wisconsin--Madison, 1986 - 1112 pages
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Ando applied field approaches zero assuming asymptotic Ballario boundary conditions bulk electrolyte concentration calculated capacitor circumferential current colloidal systems counterions critical frequency Debye shielding defined DeLacey and White dielectric enhancement dielectric measurements dielectric relaxation dielectric response dielectric spectroscopy diffusion cloud diffusion coefficient diffusion current dipole domain reflectometry double layer thickness Dukhin and Shilov eauation electric field electrode cell equation 5.l08 experimental data Figure Franses l985 frequency range high frequency high frequency region impedance bridge inductive charge inner region ionic currents ions latex systems Lim and Franses low frequency region Mashimo match Maxwell Wagner theory Maxwell-Wagner theory medium modern theories non-aqueous solution obtain outer region parameter particle surface phase term plates polarization polymer polystyrene polystyrene latex predict radial current Schwan Schwan's Shilov l974 spherical particles Springer l979 surface charge density Table temperature dependence theory of Chew toluene volume fraction White l98l zeta potential