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Proposals aimed at measuring the Electric Dipole Moment (EDM) for chargedparticles require a good understanding of the systematic errors that cancontribute to a vertical spin buildup mimicking the EDM signal to be detected.In what follows, a method of averaging emanating from the Bogoliubov-KrylovMitropolski method is employed to solve the T-BMT equation and calculate theBerry phases arising for the storage ring frozen spin concept. The formalismemployed proved to be particularly useful to determine the evolution of thespin at the observation point, i.e. at the location of the polarimeter. Severalselected cases of lattice imperfections were simulated and benchmarked with theanalytical estimates. This allowed the proof of the convergence of thenumerical simulations and helped gain better understanding of the systematicerrors.

Systematic error studies for the charged particle EDM measurement proposal