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Analysis of Symmetric HOMs in Upstream Dipole Fields with Finite Quad and Skew Quad Homogeneity

This report discusses the impact of symmetric higher-order modes (HOMs) in upstream dipole fields, focusing on their cancellation effects. It examines the configuration with finite quadrupole and skew quadrupole contributions, comparing the kick effects of dipoles and quadrupoles under a field gradient of 16 MV/m. By analyzing the behavior of these fields, we aim to optimize accelerator performance and stability while addressing challenges posed by HOMs in modern accelerator designs.

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Analysis of Symmetric HOMs in Upstream Dipole Fields with Finite Quad and Skew Quad Homogeneity

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Presentation Transcript

  1. 2 symmetric HOMs upstream • Cancels Dipole fields • Has finite quad and skew quad up-hom (original) up-hom-hom Dipole Quad, Skew quad

  2. Coupler kick comparison (G=16MV/m)

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