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Widening and distortion of the particle energy distribution by chromaticity in quasi-isochronous rings
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Widening and distortion of the particle energy distribution by chromaticity in quasi-isochronous rings
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Journal Article
Widening and distortion of the particle energy distribution by chromaticity in quasi-isochronous rings
2020
Overview
This paper reports the observation of beam energy widening and distortion from Gaussian due to a nonvanishing horizontal chromaticity at a quasi-isochronous storage ring. The result originates from an average path-length dependence on the betatron oscillation amplitudes, which is intimately correlated to the transverse chromaticities. It is the first experimental validation of the impact of such a nonlinear transverse-longitudinal coupling effect on the equilibrium beam characteristics in a storage ring. The results could be important for quasi-isochronous rings, steady-state microbunching, nonscaling fixed-field alternate gradient accelerators, etc., where very small momentum compaction or large chromaticity is required.
Publisher
American Physical Society,American Physical Society (APS)
