Auxiliary superconducting wire rod detects temperature increases through thermal contact with the main coil.
A displacer confines liquid helium within a superconducting magnet storage cavity to form a dedicated cooling reservoir.
A superconducting magnet device uses an inwardly protruding supporting member to maintain structural rigidity within a compact vacuum container.
Diagnostic interface monitors voltage variations across superconducting magnet coils to identify mechanical impact anomalies in real time.
A segmented field cooling method charges superconductor bulk sub-magnets to induce target persistent current patterns.
A portable magnet power supply uses a run-down load coupled with heat storage materials to manage thermal energy during superconducting magnet operations.
Automated contactor bridges cryogenic boundaries using high temperature superconductor leads to enable magnet current ramping.
A superconductor magnet system uses a secondary electric current source to fine-tune magnetic field homogeneity across multiple field coils.
An external power supply drives a primary magnet coil while a short-circuited secondary coil generates counter-fluctuations to cancel noise.
A superconducting magnet system uses a passive current limiter to stabilize field output and enable rapid discharge.
Passive conductive loops on the cryostat structure cancel vibration-induced eddy currents to restore magnetic field homogeneity.
Adaptive passive quench propagation circuit reduces nodal voltages and peak temperatures by tailoring heater power to individual coil characteristics.
A deposition system positions superconducting conductors on a rotary table with high precision.
A superconducting magnet design uses a connection pipe to circulate coolant between the refrigerator and the container.