Design and construction of 1 MeV cyclotron

This thesis studies the design and construction of Turkey's first 1 MeV cyclotron. The iron yoke, electromagnets and vacuum chamber, which are its main components, have been constructed. Electrically insulated electromagnets have been assembled using copper profile pipes at the Özyeğin University Particle Accelerator Laboratory. Applying a direct current to magnet coils, an almost uniform magnetic field has been achieved between the poles. Magnetic field values obtained from the simulations are compatible with measured magnetic values. Furthermore, betatron oscillations have been observed in the ion path simulation computed with the 4th order Runge Kutta method. Near future goals are the connection of a custom-designed RF power amplifier and the measurement of flow parameters which have already been calculated for the cooling system.