An adjustable piston-type magnet structure in the central area of an isochronous cyclotron
A cyclotron and central area technology, applied in the direction of magnetic resonance accelerators, accelerators, electrical components, etc., can solve problems such as difficult to achieve the working state of the bump field, magnet processing and installation errors, etc., to increase the flexibility of debugging, reduce The effect of affecting and reducing the loss rate
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[0030] Taking a superconducting isochronous cyclotron with an extracted proton energy of 200 MeV as an example to further illustrate the specific implementation.
[0031] First, set a cylindrical piston-shaped magnet body in the central area, open different holes in the center of the cylindrical magnet, use finite element software to calculate the size and position of different openings, and the outer diameter, thickness, and distance from the mid-plane of the cylindrical magnet itself The influence of parameters such as distance on the magnetic field; after a series of optimizations, it is ensured that a bump field of about 200Gs can be generated.
[0032] After determining the main parameters of the piston-type magnet body, fine-tune the thickness of the piston-type magnet body and the distance from the mid-plane, and find the appropriate thickness and distance from the mid-plane through beam dynamics calculations, so that the particles do not slip phase and can meet better r...
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