Electron beam dynamics simulation in the compact 27 Ghz 6 Mev linac

A biperiodical accelerating structure of compact electron accelerator with operating frequency 27 GHz will consider, results of the beam dynamics simulation will presented and the electrodynamics characteristics of the resonator will discussed. Also will be investigated the dynamics of the beam in the buncher and in the main section, the optimal parameters will choose. It will be shown that the energy equal to 6 MeV can be obtained at the section length of 50 cm. The current capturing coefficient is higher than 80%, after optimization.