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Septum magnets for the fast ejection system of the Serpukhov 70 GeV proton synchrotron.

H. van Breugel, R. Cuenot, S. Herin, B. Kuiper

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Abstract

Two single excitation loop septum magnets, one moving, the other stationary, have, respect ively, pagnetic lengths of 1.5 m and 3 m and produce fields of up to 1 T and 1.4 T in aper tures of 35 x 30 mm2 and go x 30 mm2.Field corrections resulted in a spatial homogeneity of the kick of better than 0.1 % for excitation levels corresponding to ejection at proton ener gies between 30 and 76 GeV.Construction and performance are described.

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Two single excitation loop septum magnets, one moving, the other stationary, have, respect ively, pagnetic lengths of 1.5 m and 3 m and produce fields of up to 1 T and 1.4 T in aper tures of 35 x 30 mm2 and go x 30 mm2.Field corrections resulted in a spatial homogeneity of the kick of better than 0.1 % for excitation levels corresponding to ejection at proton ener gies between 30 and 76 GeV.Construction and performance are described.

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Available abstract

Two single excitation loop septum magnets, one moving, the other stationary, have, respect ively, pagnetic lengths of 1.5 m and 3 m and produce fields of up to 1 T and 1.4 T in aper tures of 35 x 30 mm2 and go x 30 mm2.Field corrections resulted in a spatial homogeneity of the kick of better than 0.1 % for excitation levels corresponding to ejection at proton ener gies between 30 and 76 GeV.Construction and performance are described.

Key concepts: Synchrotron, Proton Synchrotron, Physics, Magnet, Nuclear physics, Proton, Quantum mechanics

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Septum magnets for the fast ejection system of the Serpukhov 70 GeV proton synchrotron. — Research Paper | ScholarLens