The Brookhaven muon storage ring magnet
- Danby, GT
- Addessi, L
- Armoza, Z
- Benante, J
- Brown, HN
- Bunce, G
- Cottingham, JC
- Cullen, J
- Geller, J
- Hseuh, H
- Jackson, JW
- Jia, L
- Kochis, S
- Koniczny, D
- Larsen, R
- Lee, YY
- Mapes, M
- Meier, RE
- Meng, W
- Morse, WM
- O'Toole, M
- Pai, C
- Polk, T.
- Prigl, R
- Semertzidis, YK
- Shutt, R
- Snydstrup, L
- Soukas, A
- Tallerico, T
- Toldo, F
- Von Lintig, D
- Woodle, K
- Carey, RM
- Earle, W
- Hazen, ES
- Krienen, F
- Miller, JP
- Ouyang, J
- Roberts, BL
- Sulak, LR
- Worstell, WA
- Orlov, Y
- Winn, D
- Grossmann, A
- Jungmann, K
- Putlitz, GZ
- von Walter, P
- Debevec, PT
- Deninger, WJ
- Hertzog, DW
- Sedykh, S
- Urner, D
- Green, MA
- Haeberlen, U
- Cushman, P
- Giron, S
- Kindem, J
- Miller, D
- Timmermans, C.
- Zimmerman, D
- Druzhinin, VP
- Fedotovich, GV
- Grigorev, DN
- Khazin, BI
- Ryskulov, NM
- Serednyakov, S
- Shatunov, YM
- Solodov, E
- Endo, K
- Hirabayashi, H
- Mizumachi, Y
- Yamamoto, A
- Dhawan, SK
- Disco, A
- Farley, FJM
- Fei, Erkang
- Grosse-Perdekamp, M
- Hughes, VW
- Kawall, D
- Redin, SI
DOIAbstract
The muon g-2 experiment at Brookhaven National Laboratory has the goal of determining the muon anomalous g-value a(mu) ( = (g - 2)/2) to the very high precision of 0.35 parts per million and thus requires a storage ring magnet with great stability and homogeniety. A superferric storage ring with a radius of 7.11 m and a magnetic field of 1.45 T has been constructed in which the field quality is largely determined by the iron, and the excitation is provided by superconducting coils operating at a current of 5200 A. The storage ring has been constructed with maximum attention to azimuthal symmetry and to tight mechanical tolerances and with many features to allow obtaining a homogenous magnetic field. The fabrication of the storage ring, its ...
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