Workshop on Special Compact and Low Consumption Magnet Design

Session

4th Session: Efficient and compact magnet design examples - Part 1

27 Nov 2014, 10:30

30/7-018 - Kjell Johnsen Auditorium (CERN)

Conveners

4th Session: Efficient and compact magnet design examples - Part 1

• Daniel Schoerling (CERN)

18. Compact superconducting magnets for linear accelerators

Vladimir KASHIKHIN (Fermilab)

27/11/2014, 10:30

New Linear Accelerators based on SCRF cavities need compact and efficient superconducting magnet packages to focus and steer electron or proton beams. These magnets should be combined with SCRF cryomodules and installed inside or between them. A recent activity in this area was directed by FNAL-KEK collaboration to splittable conduction cooled magnets. Several magnet prototypes were built...

19. Electromagnetic and hybrid design experience for CLIC magnet R&D

Michele Modena (CERN)

27/11/2014, 11:00

Since 2009 CERN started R&D activities in order to identified and investigate the most challenging cases among the magnets needed for CLIC the Compact Linear Collider one of the possible Future Linear Colliders. In some specific cases the work is mainly done by our colleagues of STFC-Daresbury Lab (UK) part of the CLIC International Collaboration. In the last four years several theoretical...

20. ZEPTO: Tunable permanent magnet dipoles and quadrupoles

Ben Shepherd (STFC)

27/11/2014, 11:30

Within the framework of the CLIC-UK collaboration between CERN and STFC, two types of permanent magnet based quadrupoles have been developed and built. These magnets have a very large tuning range (15-60 T/m and 4-43 T/m respectively). The parameters were specified for the challenging requirements of the CLIC Drive Beam Decelerator. Two prototypes have been built and successfully tested,...

35. The experience at FERMILAB: recycler ring and beam lines based on PM technology

Vladimir KASHIKHIN (Fermilab)

27/11/2014, 12:00

Various permanent magnets were built and successfully operated at FERMILAB Accelerator Complex. The Recycler Ring and 8 Gev beam transfer line includes nearby 500 permanent magnet gradient dipoles and quadrupoles based on strontium ferrite bricks. For NLC were built and tested 6 adjustable permanent magnet quadrupoles with gradients up to 100 T/m, and wide range of integrated gradient...