Design of a Magnet for the Spin-Rotator Device for the High Magnetic Field [Formula Omitted] Instrument at Paul Scherrer Institute

In this work we present the design, the construction and the measurements of the magnet for a so-called spin-rotator (Wien filter), a beam line device used to rotate the spin direction (and the associated magnetic moment) of muons in a beam used for condensed matter research at the Swiss Muon Source...

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Published inIEEE transactions on applied superconductivity Vol. 22; no. 3; p. 4101204
Main Authors Vrankovic, V, Gabard, A, Meier, I, Stutz, R, Deckardt, R, Sanfilippo, S, Scheuermann, R, Sedlak, K, Reggiani, D, Deiters, K, Rauber, T, Kaufmann, P, Walther, H
Format Journal Article
LanguageEnglish
Published New York The Institute of Electrical and Electronics Engineers, Inc. (IEEE) 01.06.2012
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Abstract In this work we present the design, the construction and the measurements of the magnet for a so-called spin-rotator (Wien filter), a beam line device used to rotate the spin direction (and the associated magnetic moment) of muons in a beam used for condensed matter research at the Swiss Muon Source at the Paul Scherrer Institute. The design parameters--originating both from the properties of the preferred particle beam as well as the technological constraints for the high-voltage components generating the necessary electric field--were optimized for device compactness, cost and high beam transmission.
AbstractList In this work we present the design, the construction and the measurements of the magnet for a so-called spin-rotator (Wien filter), a beam line device used to rotate the spin direction (and the associated magnetic moment) of muons in a beam used for condensed matter research at the Swiss Muon Source at the Paul Scherrer Institute. The design parameters--originating both from the properties of the preferred particle beam as well as the technological constraints for the high-voltage components generating the necessary electric field--were optimized for device compactness, cost and high beam transmission.
Author Walther, H
Kaufmann, P
Rauber, T
Reggiani, D
Gabard, A
Scheuermann, R
Stutz, R
Meier, I
Deiters, K
Sedlak, K
Vrankovic, V
Deckardt, R
Sanfilippo, S
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