A superconducting radio-frequency cavity for manipulating the phase space of pion beams at LAMPF

J. M. O’Donnell,J. Davis,R. A. DeHaven,E. R. Gray,R. Johnson,R. Lomax,B.J. McCloud,J. A. McGill,C. L. Morris,J. Novak,B. Rusnak,G. Tubb,J. M. Applegate,T. Averett,J. Beck,B. G. Ritchie,E. Haebel,D. Kiehlmann,U. Klein,M. Peiniger,P. Schäfer,H. Vogel,H. Ward,C. Fred Moore

A superconducting radio-frequency cavity for manipulating the phase space of pion beams at LAMPF

1992

Abstract The SCRUNCHER is a superconducting radio-frequency cavity for manipulating the longitudinal phase space of the secondary pion beam from the low energy pion channel at LAMPF. Test results of the cavity performance and initial results from in-beam tests are presented.

Keywords:

Phase space
Superconductivity
Beam (structure)
Nuclear magnetic resonance
Particle physics
Superconducting radio frequency
Pion
Physics
pion beam
low energy
Nuclear physics

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