IPAC2013 - List of Authors (Sabbi, G.L.)

Paper

Title

Page

Progress in High Field Superconducting Magnet Technology for Accelerators

21

G.L. Sabbi
LBNL, Berkeley, California, USA

Next-generation high-energy accelerators are presently under study to complement and expand the physics reach of LHC. The magnet system is a major cost driver for hadron colliders at the energy frontier, and critical to the successful operation of muon colliders. Under most scenarios, magnet design as well as vacuum and cryogenic systems are complicated by high radiation loads. Magnet R&D programs are underway worldwide to take advantage of new developments in superconducting materials, achieve higher efficiency and simplify fabrication while preserving accelerator-class field quality. A review of recent progress in magnet technology is presented, with emphasis on the leading design concepts and fabrication techniques applicable to future accelerators.

Slides MOZB101 [7.935 MB]

Paper	Title	Page
MOZB101	Progress in High Field Superconducting Magnet Technology for Accelerators	21
	G.L. Sabbi LBNL, Berkeley, California, USA
	Next-generation high-energy accelerators are presently under study to complement and expand the physics reach of LHC. The magnet system is a major cost driver for hadron colliders at the energy frontier, and critical to the successful operation of muon colliders. Under most scenarios, magnet design as well as vacuum and cryogenic systems are complicated by high radiation loads. Magnet R&D programs are underway worldwide to take advantage of new developments in superconducting materials, achieve higher efficiency and simplify fabrication while preserving accelerator-class field quality. A review of recent progress in magnet technology is presented, with emphasis on the leading design concepts and fabrication techniques applicable to future accelerators.
	Slides MOZB101 [7.935 MB]