Equations of turbulent flows of gas suspension (Q2711658)

Probability-averaged differential equations are presented for describing the flows of the suspension of solid dispersion materials in a gas considered as a turbulent thermodynamic medium. The possibility of using the theory of generalized functions for deriving the equations of such a type is demonstrated. It is shown that the formula for differentiation of the integral of moving medium volume with respect to time is an invariant at the passage from ordinary derivatives to generalized ones.