In situ observation of quartz particles entrained into magnetite coagulates in a uniform magnetic field
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The entrainment of fine quartz particles into magnetite coagulates in a uniform magnetic field was studied through in situ observation using a video microscope. It is shown that the mechanisms for this entrainment are attributed to the magnetic coagulation of locked quartz-magnetite particles with free magnetite particles, the entrainment of free quartz particles into magnetite pearl chains, and wrapping of magnetite circular chains round free and locked quartz particles. © 2010 Elsevier Inc. All rights reserved.
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Fine particle processing; Iron ores; Magnetic separation Fine particle processing; In-situ observations; Magnetite particles; Pearl chain; Quartz particles; Video microscope; Coagulation; In situ processing; Iron ores; Magnetic fields; Magnetic separation; Magnetite; Quartz; Magnetic bubbles
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