IR-UV edge radiation at Siberia-2 storage ring

At the present time an edge radiation generated by a relativistic electron beam at fringe fields of bending magnets in storage rings attracts widespread attention as a source of intensive ultraviolet and infrared radiation. In this report, we present the numerical simulation of flux and spatial distribution of edge radiation at Siberia-2 storage ring. It is shown that we will gain in intensity considerably for the radiation in a wide spectral range below 350 eV as compared with standard synchrotron radiation from regular part of bending field.