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Superconducting Spoke Resonator Cavities and Cryomodules

Superconducting Spoke Resonator Cavities and Cryomodules. Thomas H. Nicol Fermilab Accelerator Advisory Committee May 10 th – 12 th , 2006. Outline. Introduction Spoke Cavity Test Cryostat Spoke Cavity Design Slow Tuner Input Power Coupler Cryomodule Design Schedule Status.

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Superconducting Spoke Resonator Cavities and Cryomodules

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  1. Superconducting Spoke Resonator Cavities and Cryomodules Thomas H. Nicol Fermilab Accelerator Advisory Committee May 10th – 12th , 2006

  2. Outline • Introduction • Spoke Cavity Test Cryostat • Spoke Cavity Design • Slow Tuner • Input Power Coupler • Cryomodule Design • Schedule • Status

  3. Introduction • Front End Layout • Meson Detector Building (MDB) Layout • Meson Detector Building (MDB) “Tunnel” Cross-Section • Front End Cryogenics Flow Schematic

  4. Front End Layout Meson Detector Building SSR Sections

  5. MDB Layout

  6. MDB “Tunnel” Cross-Section

  7. Front End Cryogenics Flow Schematic

  8. Single Spoke Test Cryostat • Goals • Design • Cost Estimate • Status

  9. Test Cryostat Goals • Individually test each spoke resonator with or without its associated solenoid or quadrupole • Accommodate all spoke resonator designs with minimal cryostat alterations • Apply input power using production couplers in multiple orientations (horizontal, vertical, 45° etc.) • Allow testing at 2 K if necessary for diagnostics • Identical (or nearly so) test cryostats at Fermilab and Argonne to allow identical test configurations

  10. Test Cryostat

  11. Test Cryostat

  12. Test Cryostat Cost Estimate

  13. Test Cryostat Status • Design review completed December 2005 • Solid modeling and drafting are in-process • Some commercial items are on order (valves, instrumentation, etc.) • In-house produced parts (valves, bayonets, etc.) are available • Expect major procurement of the vessel and internal piping in May or June 2006

  14. Spoke Resonator Cryomodules • Cavities • Helium Vessel • Slow Tuner • Input Power Coupler • Cryomodule Assembly

  15. b=0.22 and b=0.4 Cavity Cryomodules • Two b=0.22 cryomodules (SSR-1), each containing • 9 single spoke resonators, 325 MHz • 9 solenoids • Two b=0.4 cryomodules (SSR-2), each containing • 11 single spoke resonators, 325 MHz • 6 solenoids

  16. b=0.22 Cavity ~300 mm ~500 mm

  17. Cavity and Helium Vessel

  18. Slow Tuner Tuning range: ± 500 kHz

  19. Input Power Coupler Vacuum vessel flange Cold window Warm window Instrumentation and pump-out 4 K flange SSR input coupler power: 35 kW

  20. Input Power Coupler (exploded view)

  21. Complete Cavity Assembly

  22. b=0.22 Cold Mass Assembly

  23. b=0.22 Cryomodule Assembly

  24. b=0.22 Cryomodule Assembly

  25. SSR-1 Cryomodule Interconnect

  26. SSR-1 Cryomodule Interconnect

  27. Two SSR-1 Cryomodules 14.1 m

  28. SSR-2 Section 960 cm Drift space is introduced by missing the cavity 1 focusing period, length = 160 cm

  29. Cryomodule Heat Load Estimate

  30. Test Cryostat and SSR Cryomodule Schedule

  31. Conclusions • Test cryostat • Design is nearly complete • Some commercial parts on order • Procurement on the main vessels will begin soon • SSR-1 and SSR-2 cavities, tuner, and input coupler • SSR-1 cavity design complete and quotes for prototype assembly have been received • Tuner design in-process, prototype is planned • Input power coupler prototype in fabrication, delivery expected late May or early June with testing to follow • SSR-2 cavity design is in-process • SSR-1 cryomodules • Design in-process

  32. Acknowledgements • Test Cryostat • Mike White • Spoke Resonator Design • Giobatta Lanfranco • Ivan Gonin • Beam Dynamics • Peter Ostroumov • Gennady Romanov • Input Power Couplers • Timergali Khabibouline

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