Modeling deformed electrode plates reveals potential systematic effects on beam dynamics in proton experiments, indicating areas for precision improvement.
Key Points
This study aims to understand how higher-order electric field errors from deformed electrode plates affect beam dynamics and systematic errors in a proton-EDM ring.
Modeled electrode plates with hyperbolic and elliptical deformations
Analyzed beam dynamics and spin effects due to electric field errors
Explored systematic effects introduced by deformed electrostatic deflectors
Identified potential high orders of electric field errors from deformations
Demonstrated significant impacts on beam dynamics and spin effects
Highlighted the need for precision adjustments in the pEDM ring design