The steadily increasing magnetic fields that can be generated with superconducting
magnets are reaching the limits of what is achievable with low-temperature superconductors …

The ITER magnet coils are wound from Cable-In-Conduit Conductors (CICC) made up of
superconducting and copper strands assembled into a multistage, rope-type cable inserted …

Abstract The Large Hadron Collider makes extensive use of existing CERN infrastructure but
is in many respects an unprecedented undertaking. It is a proton–proton collider; therefore, it …

For future particle accelerators bending dipoles are considered with magnetic fields
exceeding $20 T $. This can only be achieved using high temperature superconductors …

Advances in superconducting magnet technology have historically enabled the construction
of new, higher energy hadron colliders. Looking forward to the needs of a potential future …

NbTi accelerator dipoles are limited to magnetic fields (H) of about 10 T, due to an intrinsic
upper critical field (H c2) limitation of 14 T. To surpass this restriction, prototype Nb 3 Sn …

The knowledge of the critical current density in a wide temperature and applied magnetic
field range is a crucial issue for the design of a superconducting magnet, especially for …

A compact synchrotron has been proposed for the next generation heavy-ion therapy system
at the National Institutes for Quantum Science and Technology (QST). In this synchrotron …

During the years of ITER conductors qualification and production, samples from all domestic
agencies were tested. Some of these tests were focused on characterizing the AC losses …

A solenoid mock-up called MA dmax C oil for Q uench U nderstanding (MACQU) was
designed and tested at CEA Saclay to study the quench propagation in a MAgnetized Disc …