Design of a resonant slow extraction from low emittance electron booster rings using transverse resonance island buckets

Fuente: arXiv
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Hauptverfasser: García, E. C. Cortés, Agapov, I., Hillert, W.
Format: Preprint
Veröffentlicht: 2024
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author García, E. C. Cortés
Agapov, I.
Hillert, W.
author_facet García, E. C. Cortés
Agapov, I.
Hillert, W.
contents In this contribution we present the design of a resonant slow extraction based on the radio frequency knock-out (RF-KO) scheme, where we make use of the transverse resonance islands bucket (TRIB) optics. The generation of the TRIB optics is presented in two example lattices, that are considered for the potential upgrade of the current booster at DESY. The slow extraction would potentially supply high energy electron beams to the HEP beamline users. Simulations show an extraction efficiency in excess of 90% with a septum blade thickness of \SI{100}{\micro\meter}.
format Preprint
id arxiv_https___arxiv_org_abs_2404_02665
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Design of a resonant slow extraction from low emittance electron booster rings using transverse resonance island buckets
García, E. C. Cortés
Agapov, I.
Hillert, W.
Accelerator Physics
In this contribution we present the design of a resonant slow extraction based on the radio frequency knock-out (RF-KO) scheme, where we make use of the transverse resonance islands bucket (TRIB) optics. The generation of the TRIB optics is presented in two example lattices, that are considered for the potential upgrade of the current booster at DESY. The slow extraction would potentially supply high energy electron beams to the HEP beamline users. Simulations show an extraction efficiency in excess of 90% with a septum blade thickness of \SI{100}{\micro\meter}.
title Design of a resonant slow extraction from low emittance electron booster rings using transverse resonance island buckets
topic Accelerator Physics
url https://arxiv.org/abs/2404.02665