Speakers
Description
In fourth-generation light sources such as SIRIUS, tight orbit tolerances of a few micrometers require accurate knowledge of BPM (Beam Position Monitor) offsets with respect to nearby quadrupole magnetic centers. This work focuses on the validation of parallel Beam-Based Alignment (BBA) schemes to fiducialize many BPMs simultaneously, significantly improving the efficiency of the calibration process. Two parallel BBA approaches are investigated: one based on a method previously proposed by Xiaobiao Huang and a new scheme. Both methods aim to reduce the overall BBA time from several hours to a few minutes while preserving accuracy, making the BBA routine more practical and compatible with accelerator operation.
Funding Agency
CAPES (Brazilian Federal Agency for Support and Evaluation of Graduate Education).
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