2004Unpublished venueRequires access

PRESENT STATUS AND FUTURE PROSPECTS OF THE UVSOR STORAGE RING FEL

M. Hosaka, Masahiro Katoh, A. Mochihashi, Kazunori Hayashi, J. Yamazaki, Y. Takashima

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Abstract

At the UVSOR facility, experiments on a storage ring free electron laser (FEL) have been performed using a helical optical klystron. Recently an upgrade of the storage ring has been made and the performance of the electron beam has been much improved. The improved quality of the electron beam is of great advantage to the storage ring FEL. We recently began an FEL experiment with the upgraded storage ring. Although detailed study is in progress, FEL lasing around 420 nm has been obtained. We are also considering a project to upgrade the FEL system.

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What this paper is about

At the UVSOR facility, experiments on a storage ring free electron laser (FEL) have been performed using a helical optical klystron. Recently an upgrade of the storage ring has been made and the performance of the electron beam has been much improved. The improved quality of the electron beam is of great advantage to the storage ring FEL. We recently began an FEL experiment with the upgraded storage ring. Although detailed study is in progress, FEL lasing around 420 nm has been obtained. We are also considering a project to upgrade the FEL system.

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Available abstract

At the UVSOR facility, experiments on a storage ring free electron laser (FEL) have been performed using a helical optical klystron. Recently an upgrade of the storage ring has been made and the performance of the electron beam has been much improved. The improved quality of the electron beam is of great advantage to the storage ring FEL. We recently began an FEL experiment with the upgraded storage ring. Although detailed study is in progress, FEL lasing around 420 nm has been obtained. We are also considering a project to upgrade the FEL system.

Key concepts: Storage ring, Klystron, Upgrade, Free-electron laser, Lasing threshold, Ring (chemistry), Physics, Beam (structure)

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