The Powered Scattering-Magnet Program at the NHMFL
Applied Superconductivity, IEEE Transactions(2008)
Abstract
The National High Magnetic Field Laboratory is developing several powered magnets employing novel configurations for use in photon and neutron scattering experiments. First is a split resistive magnet being built for Far-Infrared Scattering at the NHMFL in Tallahassee. This magnet has spurred the development of the novel Split Florida-Helix (SFH) technology. High-field test coils of the SFH concept have been designed and built. Test results are presented. Second, Series-Connected Hybrid magnets with horizontal, conical bores are being designed for neutron scattering experiments at the Hahn-Meitner Institute in Berlin and the Spallation Neutron Source in Oak Ridge, TN. A new resistive magnet technology, the Conical Florida-Bitter (CFB), is being developed suitable for use as the resistive insert of these magnets. A high-field CFB test coil has been designed and is under construction. The conceptual design of the eventual hybrid system is presented along with the detailed design of the high-field test coil.
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Key words
superconducting coils,superconducting magnets,far-infrared scattering,high-field test coils,horizontal conical bores,neutron scattering experiments,photon scattering experiments,powered scattering-magnet program,series-connected hybrid magnets,split resistive magnet,High-field magnets,hybrid magnets,resistive magnet
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