Fig 10 - uploaded by G. Kirby
Content may be subject to copyright.
Download
View publication
Magnetic flux density in the magnet and aperture (in Tesla).

Magnetic flux density in the magnet and aperture (in Tesla).

Source publication
Fig. 1. Cross sectional drawing of the LHCMMWEC00510A rotating field...
Fig. 10. Magnetic flux density in the magnet and aperture (in Tesla).
Fig. 11. Transfer function at central flattop values.
Measurement and Analysis of the Dynamic Effects in an HTS Dipole Magnet
Conference Paper
Full-text available
  • Nov 2019
The EuCARD-2 project, co-funded by the European Commission, supports the design, production and standalone cold testing of a high-temperature, superconducting demonstrator insert-magnet. The so-called Feather-M2 dipole magnet was built at CERN, using Roebel cable consisting of REBCO coated conductor tapes. In this paper we will discuss the preparat...
Cite
Download full-text

Citations

Mitigation of Shielding-Current-Induced Fields (SCIFs) in HTS Magnets for Accelerator Systems加速器用高温超伝導マグネットにおける 遮蔽電流磁界の振舞いの解明とその対策: – On cosine-theta dipole magnet for rotating gantry as an example –―回転ガントリー用Cosine-theta 二極マグネットを例として―
Article
  • Mar 2020
In HTS magnets for accelerator systems, the behaviour of shielding-current-induced fields (SCIFs) is complicated because they are required to generate precise magnetic fields at different load ratios. The behaviour of the SCIF in a designed HTS cosine-theta dipole magnet wound with coated conductors was numerically evaluated using three-dimensional electromagnetic field analyses. To mitigate influence of the SCIF on dipole and sextupole components of the magnetic field, we applied current adjustment and combined with HTS sextupole correction coils. The required operation patterns of the main dipole magnet and correction coils were determined by calculating the time-dependent SCIF in advance.
View