[PDF] Top 20 Transient Electrophoresis of Spherical Particles at Low Potential and Arbitrary Double-Layer Thickness

... response of a charged spherical particle in an unbounded electrolyte solution to a step change in the applied electric ...electric double layer surrounding the particle may have an ... See full document

... variation of scaled mobility μ ∗ m as a func- tion of double-layer thickness κa at various values of the po- sition parameter P for the case when an uncharged sphere is ... See full document

... Keh and Anderson (6) considered the electrophoretic behavior of a sphere for the cases in which it moves normal to a plane, parallel to a plane, and along the axis of a cylindrical ... See full document

... suspension of identical charged spheres in a solution of a symmetrically charged electrolyte with a uniform prescribed concentration gra- ...the thickness of the electric double layers ... See full document

... existence of a rigid boundary (2–4) and a concentrated dispersion (5–8) in which the interaction between neighboring particles is ...behavior of an isolated entity is considered (9–15). Levine ... See full document

... motion of a dielectric sphere in a concentric spherical cavity with arbitrary ζ-potential distributions at the particle and cavity surfaces has been theoretically investigated in ... See full document

... behavior of a concentrated dispersion of soft spherical particles is investigated theoretically, taking the effects of double-layer overlapping and ... See full document

... steady-state electrophoresis in a homoge- neous suspension of identical charged spheres in an electrolyte solution with an arbitrary value of κa is analyzed by employing the Happel and ... See full document

... The electrophoresis of a charge-regulated spherical particle at an arbitrary position in a charged spherical cavity is modeled under conditions of low surface ... See full document

... effect of the presence of a charged boundary on the electrophoretic behavior of a particle is investigated by considering a sphere at an arbitrary position in a spherical cavity ... See full document

... behavior of a dilute dispersion under the conditions of low surface potential and arbitrary double-layer ...Most of the available theoretical results for ... See full document

... Dynamic electrophoresis of a dispersion of spherical droplets with arbitrary zeta potential and double layer thickness is analyzed in this study, ... See full document

... influence of a charged boundary on the electrophoretic behavior of an entity in a non-Newtonian fluid is studied by considering a sphere at an arbitrary position in a spherical cavity ... See full document

... dynamic electrophoresis of a dispersion of spherical droplets under conditions of low surface potential and arbitrary double-layer ... See full document

... behavior of a non-conducting, Newtonian drop of low surface potential normal to a plane is investigated theoretically under the conditions of weak applied electric field and ... See full document

... linearized and decoupled from the Navier–Stokes equation (1– 4, ...behavior of an isolated particle in an infinite solution ...presence of other objects, such as the rigid boundary and nearby ... See full document

... conditions of low surface potential and arbitrary double- layer thickness, Ohshima 5 derived an analytical expression for the dynamic mobility of a ... See full document

... Introduction Electrophoresis has been applied widely to estimate the surface properties of charged entities and in various separation ...fundamental and practical significances have drawn the ... See full document

... diffusiophoresis of a concentrated spherical dispersion of colloidal particles subject to a small electrolyte gradient is analyzed theoretically for an arbitrary zeta potential ... See full document

... Diffusiophoresis of concentrated suspensions of spherical particles subject to a small electrolyte gradient is analyzed theoretically at arbitrary levels of zeta ... See full document