Speaker
Samira Mohammadi Alamouti
(Iranian Light Source Facility)
Description
The ILSF storage ring (528 m circumference, 3 GeV electron beam) requires precise beam diagnostics for stable operation. This paper details the design and simulation of button-type beam position monitors (BPMs) for this storage ring. Using CST Microwave Studio and BpmLab, we optimized a four-electrode button BPM configuration at 45° to the beam axis. The study compares different button geometries to maximize position sensitivity while minimizing wakefield effects. Simulation results demonstrate the design's capability to meet the storage ring's demanding position resolution requirements, providing a foundation for future implementation in the ILSF facility.
| I have read and accept the Conference Policies | Yes |
|---|
Author
Samira Mohammadi Alamouti
(Iranian Light Source Facility)
Co-authors
Amir Danaeifard
(Institute for Research in Fundamental Sciences)
Pedram Navidpour
(Iranian Light Source Facility)
Zahra Rezaei
(Iranian Light Source Facility)
