MODELLING OF MOVEMENT'S PROCESS OF THE PARTICLE IN THE FIELD OF CENTRIFUGAL FORCES
The purpose of this research is creation of the mathematical model allowing to determine analytically taking into account experimental data optimum design parameters and the main technological indicators of the separator (speed of the relative movement of particles - bulk, productivity). The design of the drive is offered which at the planetary movement of a vertical cylinder allows to tell its the harmonic rotary oscillations providing an opportunity to regulate a movement's trajectory of a layer of a loose product and average flow rate that in general raises the main technological indicators of the separator - productivity and quality of the received fractions. The scheme of forces operating on the particle is made which is on an internal surface of the cylinder making the planetary movement and harmonic rotary oscillations concerning the axis of rotation. The law of harmonic rotary oscillations is offered, the mathematical model of the movement of a particle in the form of the system of the differential equations of the relative movement is developed, its transformation and the analysis is carried out