Model of the aggregation process of fine ferromagnetic particles

The most important result of the effect interparticle interactions ferromagnetic particles in suspensions is formation aggregates and modification their physical properties, which allows changing kinetics separation processes. interest authors to this problem dictated by both its theoretical content purely applied aspects within mineral processing. Based on block-structural approach technological equipment modeling framework ideal mixing model, a mathematical model processes occurring working volumes apparatuses using magnetic forces intensify was created. use MATHCAD software has allowed obtaining analytical solutions differential equations system predictions aggregation properties formed aggregates, such as coarseness, density, deposition velocity gravity field functions medium parameters external fields. are necessary for developing simulation models strong, weak, uniform non-uniform fields, deslammers filters.