Variations in the transport current of a superconducting magnet cause several types of
transitory losses. Due to its relatively short time constant, usually of the order of a few tens of …

In the quench protection (QP) process of superconducting fusion devices, the operating
reliability and efficiency of power components are affected by stray parameters of the fast …

Dynamic simulation of superconducting magnets is critical for the design of quench
protection systems to prevent potentially damaging temperatures and high voltage from …

The dynamic quench behavior is investigated for a superconducting dipole magnet wound
with the six-round-one superconducting cables (six NbTi/Cu wires and one center copper …

After Large Hadron Collider will be turned<; small> off<;/small>, a new, more energetic
machine will be needed in order to explore unknown regions of the high-energy physics. For …

We have tested an intermediate-sized HTS stainlesssteel (co-wound) insulated double
pancake coil (~ 132 turns per coil) and discovered dynamic effects during sudden discharge …

In 2023, the LHC luminosity will be increased, aiming at reaching 3000 fb-1 integrated over
ten years. To obtain this target, new Nb3Sn low-β quadrupoles (MQXF) have been designed …

This paper presents the analysis of some quench tests addressed to study the dynamic
effects in the 1-m-long 120-mm-aperture Nb3Sn quadrupole magnet, ie, HQ02b, designed …

New high-field accelerator magnets based on Nb 3 Sn superconductors are pushing the
boundaries of magnet design and quench protection towards new limits. While their large …

The next generation of superconducting accelerator magnets will turn into a reality the
ambitious objective of routinely producing magnetic field levels beyond 10 T for the …