RF FIELDS AND ACCELERATING PARTICLES

We study simulation of the effect on the RF field to accelerate the particles. RF field is applied to the accelerator cavities in order to obtain uniform electromagnetic field distribution inside the cavity. Nowadays, particle beams can be accelerated up to 20 GeV in the Linac Coherent Light Source at SLAC and Eurofel Facilities by using superconducting Tesla type cavity technologies [1,2]. In our studies, we obtained in our simulation studies approximately 4 GeV electron beam energy by using superconducting Tesla type accelerator cavities. In this study, in addition to acceleration of electron beam dynamics by utilizing RF, we also present field problems and mechanical problems that effect beam acceleration of the system. One can be placed many accelerator cavities with beam diyagnostics system, cooling system, and other accelerator components on a beamline by using Superfish/Poisson and Computer Simulation Technology Codes. When the particles from photocathode gun passes through to the accelerator cavities, many beam, accelerator, and field parameters are studied in more detail, optimized and will be presented