RIA Superconducting Drift Tube Linac R & D | Zendy

John Popielarski | Zendy; J. Bierwagen | Zendy; S. Bricker | Zendy; Chris Compton | Zendy; J. DeLauter | Zendy; P. Glen | Zendy; Terry Grimm | Zendy; W. Hartung | Zendy; D. Harvell | Zendy; M. Hodek | Zendy; Margaret E. Johnson | Zendy; F. Marti | Zendy; Peter Miller | Zendy; A. Moblo | Zendy; D. Norton | Zendy; Laura Popielarski | Zendy; J. Wlodarczak | Zendy; R. C. York | Zendy; A. Zeller | Zendy

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RIA Superconducting Drift Tube Linac R & D

Author(s) -

John Popielarski,

J. Bierwagen,

S. Bricker,

Chris Compton,

J. DeLauter,

P. Glen,

Terry Grimm,

W. Hartung,

D. Harvell,

M. Hodek,

Margaret E. Johnson,

F. Marti,

Peter Miller,

A. Moblo,

D. Norton,

Laura Popielarski,

J. Wlodarczak,

R. C. York,

A. Zeller

Publication year - 2009

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/952940

Subject(s) - solenoid , linear particle accelerator , cyclotron , electromagnetic shielding , superconducting radio frequency , superconductivity , resonator , physics , materials science , nuclear physics , particle accelerator , beam (structure) , nuclear engineering , nuclear magnetic resonance , optoelectronics , optics , condensed matter physics , engineering , plasma , quantum mechanics

Cavity and cryomodule development work for a superconducting ion linac has been underway for several years at the National Superconducting Cyclotron Laboratory. The original application of the work was the proposed Rare Isotope Accelerator. At present, the work is being continued for use with the Facility for Rare Isotope Beams (FRIB). The baseline linac for FRIB requires 4 types of superconducting cavities to cover the velocity range needed to accelerate an ion beam to #21; 200 MeV/u: 2 types of quarter-wave resonator (QWR) and 2 types of half-wave resonator (HWR). Superconducting solenoids are used for focussing. Active and passive shielding is required to ensure that the solenoids’ field does not degrade the cavity performance. First prototypes of both QWR types and one HWR type have been fabricated and tested. A prototype solenoid has been procured and tested. A test cryomodule has been fabricated and tested. The test cryomodule contains one QWR, one HWR, one solenoid, and one super-ferric quadrupole. This report covers the design, fabrication, and testing of this cryomodul

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