Resin-impregnated high-field Nb 3 Sn type of accelerator magnets are known to require
extensive training campaigns and even may exhibit performance-limiting defects after …

For 30 years, training and unpredictable degradation in accelerator type high-field Nb 3 Sn
magnets have seriously hampered Nb 3 Sn application. Training and deterioration have to …

Abstract Lawrence Berkeley National Laboratory is pursuing stress-managed Nb 3 Sn
Canted–Cosine–Theta (CCT) magnet technology for high field accelerator magnets …

This work presents the development of new epoxy systems that combine high fracture
toughness at cryogenic temperatures (Image 1) with a slow curing reaction (long pot life) …

Abstract The SMC (Short Model Coil) R&D program was started at CERN around 2007 to
develop the Nb 3 Sn technology. The small magnet structure allowed relatively cheap and …

High fracture toughness at cryogenic temperature and radiation hardness can be conflicting
requirements for the resins for the impregnation of superconducting magnet coils. The …

CCT magnets are becoming more popular, especially as they provide support for each
separate turn of a coils, thus significantly lowering the coil stresses and deformations. A four …

The fracture toughness of the CTD101K epoxy resin system for impregnation of
superconducting magnet coils can be improved by adding 10 wt.% of the flexibiliser Araldite …

The ac quench current level of a superconducting cable when formed into a coil is, in
general, lower than that of a short sample. The current in the coil induces a self-magnetic …

Abstract A 3000/6000V, 1000 kVA class superconducting transformer (SC‐Tr) was
developed for a Prospective Power Transmission Model System Integrated under …