High-energy and high-current alternating-gradient rotary accelerator
A cyclotron and alternating gradient technology, which is applied in the direction of magnetic resonance accelerators, accelerators, electrical components, etc., can solve the problems of low beam intensity and low beam energy of accelerators, and achieve high beam intensity, high power, and The effect of increasing focus strength
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[0061] In this embodiment, a 3mA, 800MeV proton beam is injected into a high-energy, strong-current alternating gradient cyclotron, accelerated to 2GeV, and extracted. The average radii of the beam orbits of 800MeV and 2GeV are 16.28 meters and 18.33 meters, respectively. The minimum field strength of the focusing magnet is 1.76 Tesla, the maximum field strength is 2.60 Tesla, and the magnet width is 2.09 meters. The minimum field strength of the defocused magnet is 0.59 Tesla, the maximum field strength is 2.48 Tesla, and the magnet width is 1.82 meters. Two high-frequency accelerating cavities (a total of ten high-frequency cavities) are placed in each linear drift section, the frequency is 44.4MHz, and the beam energy gain per turn is 12MeV. The linear drift section length prepared for the beam extraction system is 10.52 meters. The radial and axial working points are respectively selected at 2.6 and 1.8. In this embodiment, a high-energy, strong-current alternating grad...
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