Abstract
Most likely, magnetic separation will be one of the first industrial areas impacted by high temperature superconductors (HTS) technology and may represent the future migration of magnetic separators to this technology. Design for a more detailed evaluation was chosen based on an iron magnetic circuit in which ampere-turns were supplied by a superconducting BSCC-Ag tape wound coil operating at 77 K. Two configurations for the separator were considered, a ball matrix separator and a wire matrix high-gradient separator. Practical separations will be possible with such system.
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