Early non-planar HTS magnet prototypes for CSX achieved expected magnetic fields at 77 K and 30-40 K, de-risking manufacturing, cooling, and quench management for full-scale stellarator coils.
Chen et al., ‘HTS Joint Resistance for High-Field Magnets: Experi- ment and Temperature-Dependent Modeling’, J Supercond Nov Magn, vol
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Experimental Results from Early Non-Planar NI-HTS Magnet Prototypes for the Columbia Stellarator eXperiment (CSX)
Early non-planar HTS magnet prototypes for CSX achieved expected magnetic fields at 77 K and 30-40 K, de-risking manufacturing, cooling, and quench management for full-scale stellarator coils.