Abstract:
The transition radiation of a beam of relativistic electrons crossing a single crystal plate in the Bragg scattering geometry is investigated. Within the framework of the dynamic theory of X-ray scattering in a single crystal, the amplitude of the radiation field intensity is obtained in the form of contributions of the amplitudes of parametric forward X-ray radiation and transient radiation. Expressions describing the spectral-angular density of transient radiation with and without multiple electron scattering in the target are obtained. The effect of multiple scattering on the spectral-angular density of transition radiation is investigated.
Keywords:transition radiation, single crystal plate, dynamic diffraction, x-ray waves.
