The Powered Scattering-Magnet Program at the NHMFL

Applied Superconductivity, IEEE Transactions(2008)

Cited 10|Views15
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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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