Superconducting Magnets/Coils TRIZ Cases
- Demountable HTS Solder Joints for Low-Resistance Current Paths
Arrayed HTS conductors in channeled plates create demountable solder joints that carry high current with low resistance and lower thermal loss.
- HTS Coil Ramping Control for Screening Current Reduction
Feedback control of current and cooling keeps an HTS coil near saturation during ramping to limit screening currents and coil stress.
- HTS Field Coil Winding With Overlapping Tapes for Strain Reduction
Overlapping short HTS tapes with turn-separating substrate reduce winding strain, support current grading, and limit heat exposure.
- Flexible Mounting Band Support for Superconducting Coil Stability
A flexible mounting band gives thin superconducting coils uniform axial support, reducing mass while limiting deformation and quenching.
- Metal-Filled HTS Baseplate Channels for Current Sharing and Cooling
Vacuum pressure impregnation fills open HTS baseplate channels with molten metal to improve current sharing, heat dissipation, and tape stability.
- HTS Magnet Coil Winding With Shunt Cables for Current Sharing
HTS shunt cables placed between coil turns share current, handle field and temperature variation, and improve quench management.