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February 2, 2026JACOWOpen Access

Tolerances of RF phase and voltage noises with beam-beam interaction in the Electron-Ion Collider

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Simulation studies identify tolerances for RF phase and voltage noises in the EIC, suggesting design implications for performance optimization.

This study aims to determine the tolerances for RF phase and voltage noises in the Electron-Ion Collider storage rings.
Conducted simulation studies on the effects of RF phase and voltage noise
Analyzed machine noises including power supply current ripples and intrabeam scattering
Evaluated functionalities in both the electron storage ring and the hadron storage ring
Identified specific tolerances for RF phase and voltage noises impacting beam performance
Demonstrated that machine noises contribute to beam emittance growth
Provided critical input guidelines for RF engineering design of the EIC

Luo et al. (2026) studied this question.

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Simulation studies identify tolerances for RF phase and voltage noises in the EIC, suggesting design implications for performance optimization.