Material Distribution in the Channel Height in Critical Regimes of Vertical Two-Phase Flows

Abstract

Many problems arising at the development of a mathematical model of critical regimes of two-phase flows are connected with the necessary account for differently directed motion of particles at all levels of the channel simultaneously. These problems were solved by developing a discrete-stationary model of the process. Recurrent equations allowing us to determine solid phase distribution both in ordinary conditions and in optimal separation regimes were derived and solved.