Abstract
The new generation of the intense X‐rays sources based on low energy electron storage ring and Compton scattering of intense laser beam allows to produce hard X‐rays with intensity up to 1014 phot/s. One of the main traits of a storage ring lattice for such generator type is using of magnetic elements with combined focusing functions such as bending magnets with quadrupole and sextupole field components. In combination with very low bending radius and dense magnetic elements setting along ring circumference it leads to increasing of 3D magnetic field effects on electron beam dynamics and can decrease generated radiation intensity drastically. The article is devoted to the investigations of the effects of 3D magnetic fields on bending magnet edges and lattice lenses interference on electron beam dynamics and parameters of produced radiation for NSC KIPT 225 MeV storage ring.
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