MINISTR ŠKOLSTVÍ KE SPOLUPRÁCI ČR S SÚJV
INTEREST JINR, Wave 6
Zemřel profesor Ivo Zvára
Výzva k podávání žádostí na projekty řešené ve spolupráci s SÚJV (Projekty 3+3) 
Výzva k podávání žádostí na Granty zplnomocněného představitele vlády ČR v SÚJV
Velvyslanec ČR v RF navštívil SÚJV
INTEREST JINR, Wave 5
Ruské vízové centrum
9. 8. 2021
Pracovní pobyty ČR - SÚJV 2022Magnetic Field Design and Calculation for the FLNR DC-280 Cyclotron
Autor
| Gikal B.N. | SÚJV |
| Gulbekyan G.G. | SÚJV |
| Ivanenko I.A. | SÚJV |
| Franko Jozef, Ing. | -, SÚJV Dubna |
| et al. | různé instituce |
Rok
2014
Časopis
Proceedings of RuPAC2014, p. 105-107
Web
Obsah
Proceedings of the XXIV Russian Particle Accelerator Conference 2014(RuPAC2014), Obninsk, Kaluga Region, Russia
The isochronous cyclotron DC-280 is intended to accelerate the ion beams with A/Z from 4 to 7 up to the energy 8 – 4 MeV/nucleon. The wide range of the magnetic field levels from 0.64T till 1.32T allows to make a smooth variation of the beam energy over the range ±50% from nominal. For operational optimization of the magnetic field the 11 radial and 4 pairs of harmonic correcting coils are used. The numerical formation of the magnetic field is carried out. The problems and solutions of DC-280 magnetic field design are described.
The isochronous cyclotron DC-280 is intended to accelerate the ion beams with A/Z from 4 to 7 up to the energy 8 – 4 MeV/nucleon. The wide range of the magnetic field levels from 0.64T till 1.32T allows to make a smooth variation of the beam energy over the range ±50% from nominal. For operational optimization of the magnetic field the 11 radial and 4 pairs of harmonic correcting coils are used. The numerical formation of the magnetic field is carried out. The problems and solutions of DC-280 magnetic field design are described.
Příklad citace článku:
B. Gikal, G. Gulbekyan, I. Ivanenko, J. Franko, . et al., "Magnetic Field Design and Calculation for the FLNR DC-280 Cyclotron", Proceedings of RuPAC2014, p. 105-107 (2014)