Optimization study demonstrates refined magneto-optical structure design for an electron recirculator, highlighting beam stability up to 600 MeV.
The results of the further optimization of the focusing lattice of the magneto-optical structure of the multifunctional accelerator complex of the NSC KIPT are presented. The basis of the complex is an electron recirculator with a superconducting accelerating structure. The maximum electron energy of about 600 MeV can be obtained when the beam passes through the accelerator three times. The beam layout into injection area and recirculator arcs are given. Focusing functions and beam sizes along the beam trajectory and at the output azimuths are calculated.
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Shul'ga et al. (2024) studied this question.
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