Abstract
A superconducting magnetic separation system has been developed to remove fine particles of martensitic transformed stainless steel (diameter: 1–10μm) from a viscous fluid. The magnetic filters were set in the superconducting magnet with large spaces between filters. The separation efficiency increased with the magnetic field due to the magnetic force to the particles being in the radial direction. The design concept of an HGMS is proposed. The separation efficiency was examined by changing the flow rate and magnetic field. The experimental results are used for the design of the system.
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