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IHEP 2010 - 13 (In Russian) | |
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A.I.Ageev, I.V.Bogdanov, S.I.Zinchenko, V.V.Zubko, E.M.Kashtanov, S.S.Kozub,
P.I.Slabodchikov, V.V.Sytnik, L.M.Tkachenko, L.S.Shirshov, P.A.Scherbakov
(IHEP, Protvino, Russia),
A.E.Vorob'eva, I.N.Gubkin, V.I.Pantsyrnyi, L.V.Potanina, N.I.Salunin
(VNIINM, Moscow, Russia)
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| Development of Fast Cycling Superconducting Magnets and Cryogenic System
for SIS300 Accelerator Ring |
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| Protvino, 2010. – p. 27, figs. 12. tables 9, refs.: 14. | ||
Ion synchrotron SIS300 is the last stage of the accelerator Facility for Antiproton and Ion Research in Europe (FAIR). Magnetic lattice of SIS300 accelerator is based on the use of fast cycling superconducting magnets, which allow for substantial increase in ion beam energy and intensity. In 2008, the State Research Center IHEP produced and successfully tested SIS300 model dipole which reached 6.8 T magnetic field at 1.15 T/s ramp rate that is world record for superconducting magnets. At present, IHEP develops prototypes of the fast cycling quadrupole and corrector magnets for the SIS300 under a financial support of the State Corporation of Atomic Energy "Rosatom". The VNIINM Institute develops a superconducting wire for these magnets in collaboration with IHEP. In addition, IHEP will develop a local cryogenic system for the SIS300 in cooperation with JSC "Cryogenmash" and "Geliymash". The status of R&D activity for the SIS300 subsystems in question is described.
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