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X-Ray nanophotonics on base of the planar X-Ray waveguide-resonators

Keywords:

V.K. Egorov - Ph.D. (Phys.-Math.), Senior Research Scientist, Institute of MicroTechnology RAS, Moscow - Chernogolovka, Russia. E-mail: egorov@iptm.ru E.V. Egorov - Junior Research Scientist, Institute of MicroTechnology RAS, Moscow - Chernogolovka, Russia. E-mail: hed1317@mail.ru M.S. Afanas'ev - Ph.D. (Eng.) , Senior Research Scientist, Fryasino branch of Institute of Radiotechnics and Electronics RAS, Moscow- Fryazino, Russia. E-mail: michaela2005@yandex.ru E.M. Loukianchenko - Ph.D. (Phys.-Math.), Scientist Lider of Firm «Polus», Sankt-Peterburg, Russia. E-mail: emluk@mail.ru


X-Ray nanophotonics is the new direction of x-Ray optics connected with x-Ray nanosize beams formation and its practical utilization. Best efficiency of a similar beams formation was achieved at using of the planar x-Ray waveguide-resonators (PXWR) application. The work presents description of device designs, and the mechanism of its function is discussed. Work gives estimate of PXWR advantages and shortcomings and device efficiency increasing. There are presented the experimental proof of possibility to operate by parameters of x-Ray nanosize beam formed by PXWR in result of external influence on the interference field of x-Ray standing wave arising in its planar extended slit clearance, firstly. The work demonstrates high efficiency of PXWR application for development of total x-Ray fluorescence analysis.
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