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A comprehensive evaluation of injection performance for Elettra 2.0 has been conducted to establish high-efficiency, low-perturbation top-up operation in the upgraded ultralow-emittance storage ring. The baseline four-kicker bump injection scheme, utilizing a 4.3 μs half-sine pulse and a −6 mm stored-beam orbit excursion, achieves injection efficiencies up to 100% under nominal conditions. Beyond the baseline performance characterization, the study examines how machine imperfections and operational parameters influence injection efficiency, including wakefield and third-harmonic cavity effects on the injected bunch. The results establish operational tolerances and highlight optimization strategies that improve injection robustness and long-term stability.
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