Speaker
Description
This work presents a comprehensive characterization of the linear and non-linear optics of the SOLARIS storage ring under various operational conditions, including post-shutdown recovery and routine operation. Long-term studies were conducted using key diagnostic systems: the Bunch-by-Bunch Feedback (BBBF) system, LUMOS visible-light diagnostics, the PINHOLE X-ray beamline, and Turn-by-Turn (TBT) data from Libera Brilliance+. Measurements focused on fundamental machine parameters such as dispersion, beta functions, working point, chromaticity, synchrotron tune, and emittance, as well as the influence of insertion devices. Additionally, the impact of harmonic cavity settings, filling patterns, and chromaticity adjustments on emittance, bunch length, and beam lifetime was investigated. These results provide essential insights for optimizing beam quality, stability, and operational efficiency to enhance user performance at SOLARIS.
| In which format do you inted to submit your paper? | LaTeX |
|---|