Speaker
Xueying Lu
(Northern Illinois University, Argonne National Laboratory)
Description
An experiment was conducted at Argonne Wakefield Accelerator to evaluate the efficacy of shielding plates with varying gap sizes on the suppression of coherent synchrotron radiation (CSR) effects in a compression environment. During the experiment, longitudinal phase spaces upstream and downstream of the compression beamline were measured with three different shielding gap sizes. Although the results were broadly consistent with expectations, several issues require further clarification, including beam stability and nonlinear stretch and shortening under strong CSR fields. The analysis was performed using the 1D longitudinal tracking code, BELT, and included both CSR and space-charge effects. We present the analysis results.
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Authors
Alec Tilton
(Northern Illinois University)
Gwanghui Ha
(Northern Illinois University, Argonne National Laboratory)
Co-authors
Buse Naz Temizel Ozdemir
(Northern Illinois University)
Chengkun Huang
(Los Alamos National Laboratory)
Ji Qiang
(Lawrence Berkeley National Laboratory)
Omkar Ramachandran
(Northern Illinois University, Argonne National Laboratory)
Xueying Lu
(Northern Illinois University, Argonne National Laboratory)