A novel approach using nonlinear surfaces for dynamic aperture optimization in MBA synchrotron light sources.

ABSTRACT: MBA cell-based synchrotron light sources have enabled an unprecedented increase in beam coherence and brightness, greatly benefiting the scientific disciplines that rely on X-ray techniques. However, controlling the electron dynamics is a theoretical and technological challenge, due to the large number of parameters to adjust and constraints to satisfy when designing modern synchrotrons. Having versatile tools for the description and manipulation of electron dynamics could favor the design of these accelerators and lead to progress on several fronts in the understanding of matter. In this paper, a formalism based on the use of nonlinear geometric surfaces represented by polynomial quasi-invariants, to analyze and optimize the dynamic aperture of electrons in MBA storage rings, is introduce

SUBMITTER: Sanchez EA 

PROVIDER: S-EPMC10754938 | biostudies-literature | 2023 Dec

REPOSITORIES: biostudies-literature