In the Compact Linear Collider (CLIC) the normalized horizontal and vertical emittances of the e+ and e- beams must be reduced to 500 nm and 5 nm before the beams enter the 3 TeV linear accelerator. An effective way to accomplish ultra-low emittances are damping rings operating at 2.86 GeV. Damping rings are storage rings, each will be equipped with 52 strong wiggler magnets. In first approximation damping wigglers are more effective the shorter the period length and the stronger the magnetic field is.
The goal of the meeting is to decide on the main parameters. Further, a tentative experimental program for the first Nb-Ti full-scale prototype, which will be tested at the synchrotron light source ANKA at KIT, Karlsruhe, Germany, has to be formulated.
The goal of the full-scale prototype is to prove the feasibility of such devices.
8:30 AM
→
11:00 AM
Wiggler parameters, delivery schedule, and costs
Convener:
Stephan Russenschuck(CERN)
8:30 AM
Welcome and introduction10m
Speaker:
Stephan Russenschuck(CERN AT-MEL-EM)
Slides
8:40 AM
Overview of CLIC damping rings, design challenges, and main parameters of CLIC damping wigglers30m
Speaker:
Yannis Papahilippou(CERN)
Slides
9:10 AM
Requirements for the operation of the CLIC damping wiggler at ANKA10m
Speaker:
Axel Bernhard(KIT)
Slides
9:20 AM
Superconducting wigglers fabricated in Budker INP20m
Speaker:
Konstantin Zolotarev(BINP)
Slides
9:40 AM
BNG industrial experience on undulators20m
Speaker:
Cristian Boffo(Babcock Noell)
Slides
10:00 AM
Production schedule and cost estimate of BINP full-scale prototype wiggler cryo-magnet20m
Speaker:
Alexey Bragin(BINP)
Slides
10:20 AM
Discussion and Coffee40m
Goal: Parameters, schedule, legal setting, and costs are set
11:00 AM
→
3:45 PM
Experimental program
Set a tentative experimental program
Convener:
Axel Bernhard(KIT)
11:00 AM
Technological challenges - An overview30m30/7-018 - Kjell Johnsen Auditorium
