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| MOPC101 |
Design Considerations of Fast-cycling Synchrotrons Based on Superconducting Transmission Line Magnets
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301 |
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- H. Piekarz, S. Hays, Y. Huang, V. D. Shiltsev
Fermilab, Batavia, Illinois
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Fast cycling synchrotrons have become necessary components of contemporary accelerator systems for advanced nuclear and high-energy physics programs. We explore a possibility of using super-ferric dipole magnets of up to 2 Tesla B-field powered by a superconducting transmission line conductor. We present both the LTS and the HTS conductor design options for these magnets and their impact on both static and dynamic power losses with operation cycles from o.5 Hz to 5 Hz, depending on the beam energy and the size of the accelerator ring. We also discuss expected B-field quality and the corrector magnets options. We outline magnet string inter-connections and creation of space for the corrector magnets and discuss option for a superconducting dump switch of the quench protection system.
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