Laminar two-phase jet with variable conductivity in a concurrent flow near a wall in a transverse magnetic field

A. Yu. Korablin - G. B. Sheryazdanov

Kazakhsk State National University, Almaty, 480121, Kazakhstan Republic

Abstract
The problem of a two-dimensional laminar jet of a slightly conducting fluid containing nonconducting particles in the concurrent flow was solved using a numerical method assuming that the conductivity in the mixed layer is the power function of temperature. The influence of a magnetic field and certain parameters of the problem on the distribution of velocity and temperature fields in the liquid and dispersed phases in the mixing layer is investigated. Figs 2, Refs 15.