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The practical application features of probabilistic and statistical model related to hydrodynamic stage of classification process evolution in the cylinder-conic hydroclones with additional injector are considered in this paper. Expression for the distribution function of firm disperse phase particles in the qualifier is given over time of their stay in the device, as well as depending on its constructive and technical characteristics. The stationary solutions of Fokker-Plank-Kolmogorov kinetic equation have been got for considered process of classification within reasonable assumptions. At the description related to the change of characteristics of division of suspensions in qualifiers the application of three-parametrical curves family which parameters depend not only on hydrodynamic features of streams in the device, but also are defined by relative values of classification influence intensity and centrifugal forces in comparison with intensity of casual influences is offered.

Research of Asymptotic Properties related to Model of Hydrodynamic Stage of Classification Process Evolution in Cyclonic Type Devices