A technique for measuring the relative CESR beam energy
S. Henderson, V. Boisvert, Ken Finkelstein, D. Rice, J. L. White
Abstract
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S. Henderson, V. Boisvert, Ken Finkelstein, D. Rice, J. L. White
Abstract
Open-access reader
The beam energy at the Cornell Electron Storage Ring must be maintained within 1 MeV of the /spl Upsi/(4S) resonance peak. The beam energy is determined on a run-by-run basis by calculation based upon machine parameters. As a test of the energy calculation we have explored a technique for determining the relative CESR beam energy using synchrotron radiation. We describe the technique and present a status report on our experimental investigations.
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The beam energy at the Cornell Electron Storage Ring must be maintained within 1 MeV of the /spl Upsi/(4S) resonance peak. The beam energy is determined on a run-by-run basis by calculation based upon machine parameters. As a test of the energy calculation we have explored a technique for determining the relative CESR beam energy using synchrotron radiation. We describe the technique and present a status report on our experimental investigations.
Key concepts: Beam (structure), Beam energy, Synchrotron radiation, Energy (signal processing), Resonance (particle physics), Storage ring, Synchrotron, Cathode ray