Precise study of the first deflecting magnet of ``Rhodotron'' (TT200) using transfer matrices and ANSYS11

[1]
. Pattier J et al. Nucl. Instrum. Methods Phys. Res. B, 1989,40/41: 9432. Umiastovski K et al. Rhodotron: an Accelerator for Indus-trial Irradiation. Proc. 2nd European Conf. on Acceleratorin Applied Res. and Tech. Frankfurt, Germany, 19913. Wollnik H. Optics of Charged Particles. Academic Press,Inc., 19874. Humphries S Jr. Principles of charged particle accelerator.Department of Electrical and Computer Engineering. Univ.of New Mexico, 19865. Gal O, Bassaler J M. Numerical and Experimental Re-sults on the Beam Dynamics in the Rhodotron Accelerator.EPAC, 19926. Musavy M, Tabbakh F. E-Beam Spectroscopy of Yazd Elec-tron Accelerator (Rhodotron TT200), RPT-PR-10/77058-RAY/ED-004. Institute of Nuclear Science and Technology,School of Irradiation Application, 2008