Magnet Engineering Studies on Booster Ring of TAC-TURKAY Synchrotron Radiation Facility

In this study, the details of design studies and obtained main parameters for dipole and combined sextupole/quadrupole magnets for the booster ring of TURKAY, namely Turkish Accelerator Center Synchrotron Radiation Facility are presented. Besides that, the corrector magnet's testing results are demonstrated, which could be informative for the straight sections of the main ring. The measurements of the corrector magnet and the magnetic simulation results of the sextupole/quadrupole magnet are given in detail. Based on experimental results on the corrector magnet, excitation effects of the field strength of multipoles and higher-order harmonics are presented. In this frame, we used the combined function quadrupole and sextupole field approximation in the combined magnet design and COMSOL Multiphysics 3D and Creo Parametric 3D programs for 3D representations. Moreover, we used the laminated core technique to produce the corrector magnet and the rotating coil and the hall probe techniques for the measurements.