Abstract
The initial stage of the mathematical model development designed to control in real time the enrichment of magnetite ores in magnetic gravity separators is presented the article. A significantly lower computational complexity in comparison with models using computational fluid dynamics tools is a main requirement for the created model. The study uses physical modeling and applies similarity criteria which well-known in hydrodynamics. As a result of processing of the laboratory experiments data, the structure of the model was established, the values of its parameters for boundary cases were obtained and the directions of further research on improving the model were determined.
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