X-RAY RADIATION BY RELATIVISTIC ELECTRONS IN CONDENSED MEDIA ON BASE OF MSU RACE-TRACK MICROTRON

The development of effective sources of monochromatic sharp-directed X-ray radiation is stimulated by important applications in medicine, Roentgen lithography, crystallography and mikroelement analysis. Possible methods of generating the X-ray radiation are actively studied now. These methods are alternative to the traditional method based on synchrotron radiation. Spectrum and angle features of radiation of fast electrons channelling in crystals, resonance radiation of relativistic electrons in dielectric layerous structures and so on are under insistent theoretical and experimental attention [1]. The essential advantage of mechanisms mentioned above is the possibility to use a low energy beams of electrons (order of 1- 10 MeV) and to produce also a radiation with the higher spectrum density. A great number of processes of interaction of fas