Published October 22, 2019
| Version v1
Report
Open
XLS - D5.1: Technologies for the CompactLight Undulator
Creators
- Nguyen, Federico1
- Aksoy, Avni2
- Bernhard, Axel3
- Calvi, Marco4
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Clarke, Jim5
- Castañeda Cortés, Hector5
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Cross, Adrian6
- Dattoli, Guiseppe1
- Dunning, Dave5
- Geometrante, Raffaella7
- Gethmann, Julian3
- Hellmann, Sebastian4
- Kokole, Mirko8
- Marcos, Jordi9
- Nergiz, Zafer2
- Perez, Francis9
- Petralia, Alberto1
- Richter, Sebastian10
- Schmidt, Thomas4
- Schoerling, Daniel11
- Thompson, Neil5
- Zhang, Kai4
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Zhang, Liang6
- Zhu, David12
- 1. ENEA
- 2. Ankara University Institute of Accelerator Technologies
- 3. Karlsruhe Institute of Technology
- 4. Paul Scherrer Institut
- 5. STFC Daresbury Laboratory
- 6. University of Strathclyde
- 7. Kyma Srl
- 8. Kyma doo
- 9. ALBA-CELLS
- 10. Karlsruhe Institute of Technology, CERN
- 11. CERN
- 12. ANSTO - Australian Synchrotron
- 1. Elettra Sincrotrone Trieste
Description
The present report is a comprehensive overview of undulator technologies, which are either already exploited at fully operating free-electron laser facilities or going to be available within the forthcoming 5 years. Main emphasis is given to devices based on permanent magnets and on superconducting technologies, scrutinised in terms of status and perspectives, but also novel concepts with a different readiness
level are addressed. A technology comparison based on expected performance and a cost estimate of the undulator system are drawn.
Notes
On behalf of the CompactLight Collaboration
Files
XLS_D5.1_Undulator-Technologies.pdf
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