Magnetic entrainment mechanism of multi-type intergrowth particles for Low-Intensity magnetic separation based on a multiphysics model

Minerals Engineering(2020)

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Abstract
•Effects of various parameters on the separation of intergrowth particles were investigated.•Capture process is clearly shown using the motion trajectories of intergrowth particles.•Magnetic entrainment between intergrowths and pure magnetic particles.•Evaluation of separation efficiency of intergrowth particles based on the predicted results of grade and recovery.
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Key words
Magnetic entrainment,Intergrowths particle,Multiphysics model,Liberation degree,Particle capture
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