Wiggler for CESR operation at 2 GeV

TL;DR

This paper proposes a strategy for low energy operation of CESR using multiple short wigglers instead of a single long one, enhancing flexibility and reducing downtime.

Contribution

It introduces a novel approach of employing many short wigglers to achieve damping, allowing flexible operation across a range of energies with minimal modifications.

Findings

Effective damping achieved with multiple short wigglers

Flexible operation across energy scales demonstrated

Reduced downtime compared to traditional methods

Abstract

For low energy operation strategy we advocate utilization of many short wigglers in contrast with single long wiggler. This allows begin to operate very naturally with few strong field wigglers giving necessary damping time on expense of energy spread. By adding more and more wigglers in the ring, as these wigglers are manufactured and tuned, the field in the wigglers will be decreased, keeping necessary damping. This strategy allows the mostly effective operation of CESR with minimum down time. This also gives flexibility in operation in wider energy scale without non-reversible modifications.