Anisotropic Transport of Dielectric Particles by a Uniform Electric Field in an Inhomogeneously Heated Viscous Fluid

The anisotropic transfer of dielectric particles by a uniform electric field in nonuniformly heated fluid is modeled. transport anisotropy determined the mechanism interaction between whose permittivity depends on temperature. temperature distribution and their thermal diffusivity does not depend motion fluid, thus corresponding to small Peclet numbers. flow considered approximation Reynolds due action an force exerted applied friction forces fluid. taken into account. Numerical modeling dynamics two carried out. process mentioned mutual orientation vector, gradient, initial vector connecting particle centers. For case large number particles, equilibrium concentration external found taking account mechanisms diffusion interaction.