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MAX-III, A 700 MeV STORAGE RING FOR SYNCHROTRON RADIATION

G. LeBlanc, Mikael Eriksson, M. Georgsson, Sverker Werin

Open publisher page 10 citations

Abstract

A 700 MeV storage ring for synchrotron radiation is being built at MAX-lab. The ring is optimised for the UV spectral region and will also provide IR radiation. The ring will have a 100 MHz RF system combined with a 500 MHz passive Landau cavity. The lattice is compact, with combined function magnets. The magnets are integrated into the girder providing for ease of alignment.

About this research paper

What this paper is about

A 700 MeV storage ring for synchrotron radiation is being built at MAX-lab. The ring is optimised for the UV spectral region and will also provide IR radiation. The ring will have a 100 MHz RF system combined with a 500 MHz passive Landau cavity. The lattice is compact, with combined function magnets. The magnets are integrated into the girder providing for ease of alignment.

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OpenAlex reports 10 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A 700 MeV storage ring for synchrotron radiation is being built at MAX-lab. The ring is optimised for the UV spectral region and will also provide IR radiation. The ring will have a 100 MHz RF system combined with a 500 MHz passive Landau cavity. The lattice is compact, with combined function magnets. The magnets are integrated into the girder providing for ease of alignment.

Key concepts: Storage ring, Synchrotron radiation, Magnet, Ring (chemistry), Physics, Radiation, Particle accelerator, Optics

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