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2010-9-1 · Electromagnetic separation is a physical separating process of particles based on the differences in the electrical conductivities of molten metal and inclusion particles using electromagnetic
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2011-7-17 · Abstract: Based on classical electromagnetic theory, the electromagnetic separation calculation model and the formula of electromagnetic body force have been established. Theoretical results indicated that the frequency, current density and electric conductivity can influence the effect of electromagnetic separation
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2014-7-19 · Application of electromagnetic (EM) force to metal processing has been considered as an emerging technology for the production of clean metals and other advanced materials. In the current paper, the principle of EM separation was introduced and several schemes of imposing EM field, such as DC electric field with a crossed steady magnetic field, AC electric field, AC magnetic field, and
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After the ultrafine milling, air pre-classification and optimized electromagnetic separation, the purity of the resulting pea protein concentrate was increased from 27.8 ± 0.6% to 72.1 ± 0.8% (db) with a yield of 9.2 ± 1.2%. This study pointed out the value of magnetic field used as an auxiliary means in the electrostatic separation
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IEEE Xplore, delivering full text access to the world's highest quality technical literature in engineering and technology. | IEEE Xplore Electromagnetic separation techniques in metal casting. II
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The electromagnetic separation implies flotation of nonconducting inclusions in a conducting fluid (molten metal) by Archimedes' electromagnetic force, and their subsequent removal. The magnitudes
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2014-6-5 · This model led to the eventual design and construction of the huge Y-12 Plant complex at Oak Ridge, Tennessee. Because of its exorbitant cost, electromagnetic separation was largely abandoned after the war for weapons production, but it played
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The electromagnetic method is characterized by large a and by the possibility of the simultaneous separation of all isotopes of a given element. Usually, at large industrial installations a ~ 10–100 per stage, and in laboratory installations a is 10 to 100 times greater
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Equipment for Your Operations: Magnetic Separation, Metal Detection, Material Handling, Printing, and More. Many industries we serve, such as food processing, plastics manufacturing, recycling, and mining, benefit by using our magnetic separation, metal detection, and material handling equipment.By using magnetic separation technology
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A model is developed to predict the separation of yeast in a high gradient magnetic separator. The effective capture radius is assumed to be proportional to the derived magnetic parameter γ for the case where the dominant competing force to magnetic attraction is the magnetic floc's inertia
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