Speaker
Description
In high-intensity ion accelerators where beam density is high and beam velocity is low, the beam receives a significant impulse from the self field. This results in a sudden emittance growth over a short distance. This emittance growth manifests at the local level, necessitating the employment of analytical and suppression methods that differ from conventional approaches. Conventional methods presuppose periodic structures, whereas the present study employs methods that do not rely on such assumptions. In this presentation, we propose a series of research results, including an in-depth analysis of the conditions under which emittance growth occurs in regions where the influence of the self field is strong. We also put forward a novel suppression method and examine its efficacy.
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