Abstract
The present paper quantitatively investigates special aspects of the sediment skeleton formation from sucrose crystals and their fragments there of precipitation on the rotor shell of a filtering centrifuge of periodic action (PCPA) as a result of processing of first fillmass into the action field of centrifugal forces. In order to correctly predict the process, it is obvious that it is important not only to understand it correctly, but also requires computational analytical apparatus, taking into account the aspects of massecuite centrifugation process. The study proposes a quantitative analysis technique, based on the physical mechanical and geometric parameters of sucrose crystals precipitation from first fillmass on sieve (perforated) surface of the rotor of a periodic filter centrifuge. Based on the proposed physical and mathematical model of particle motion kinetics numerical analysis is performed of the object of study on calculation of centrifuge performance and the nature of stratification of the solid phase in the formed precipitate as a result of centrifugal processing from crystalline white sugar crystals on the surface of the rotor.
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