Abstract
AbstractExperimental research of the first composite planar X-ray waveguide-resonator (CPXWR) is presented. Model for an X-ray beam penetration across CPXWR is proposed. The model shows that the experimental data can be interpreted as the effect of the X-ray beam angle tunneling across small gap between two waveguide-resonators aligned consecutive. The assumption been made that the effect may open the key for the mechanism understanding of a hard electromagnetic radiation beam's management. Possibilities of the CPXWR practical using for creation of the X-ray new generation equipment for testing of thin film coating on Si substrates are discussed.
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