X-Ray Electro-Optical Amplifier

X-ray electron-optical amplifier. An X-ray electron-optical amplifier is an X-ray technical device that allows, through fluoroscopy, to study the structure of various objects and drives with high resolution, as well as to study various physical and chemical processes using X-rays.

Device. The design of an X-ray electron-optical attachment (REP) or an amplifying X-ray technical attachment is characterized by a variety of designs created on the basis of individual standard units with fundamentally the same action. The structure of the REB is characterized by a change in the conditions of interaction between the X-ray radiation of the diagnostic apparatus and the object of observation. The operating principle of an X-ray electron-optical amplifier includes the following features: - the presence of elements that act as a receiving shell for the spatial frequencies of the X-ray image transmitted by the amplified method; 2) the appearance of a complete or partial diffraction pattern of the signal of the object of interaction with the amplifying element of spatial frequencies; 3) the presence of such an elementary dispersion characteristic of the amplifying