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X-ray surface guided modes on a boundary between two different periodical multilayer structures
Russian version
Prudnikov I. R.1,2, Usmanov N. N.1
1Department of Physics, Lomonosov Moscow State University, Moscow, Russia
2National Research Nuclear University “MEPhI”, Moscow, Russia
Email: prudnik@phys.msu.ru
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On the basis of an analytical approach and with the help of numerical simulations, it is shown that the excitation of an X-ray surface guided mode is possible under certain conditions on a boundary between two different periodical multilayer structures (multilayer mirrors). This mode propagates along the boundary between the two structures and its intensity decreases exponentially with increasing the distance from a boundary surface deep into each of them. An indication of the appearance of the guided wave is a resonant dip in an X-ray specular reflectivity curve from a set of the two periodical multilayer mirrors that are placed consecutively, one after another, on a substrate. An influence of the thicknesses of films, forming one bilayer, and layer materials in the multilayer structures on peculiarities of a surface wave excitation is investigated. Keywords: periodical multilayer structure, interface, X-ray surface guided mode, Bragg reflection.
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