Dmitry A. Bezuglov

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Examination of nonlinear periodic composite media based on opal matrices and metal-carbon nanostructures is conducted. This can constitute a new element base opening possibilities for the modern radioelectronics. The considered nanostructures have the substantial potential for their application in perspective nanotechnologies directed on creation of(More)
In the presented article the radio physical processes proceeding in nonlinear parametric zonal systems (NPS) are analyzed. Such NPS are the foundation of parametric generators of signals, parametric modulators–amplifiers and many other types of parametric transducers on which resonance circuits that are widely applied in modern radio electronics are built.(More)
The paper considers conception of synergetics conformably to investigation of nonlinear parametrical zonal systems operating on ultraharmonics in higher zones of oscillations instability as variety of resonance electromagnetic systems.
Analysis of nonlinear phenomena and processes in distributed thin-film ferrostructures is carried out from positions of spin electronics (spintronics) at influence of various intensity external electric-and-magnetic fields. The conclusion is made on possibility of realization of resonant schemes constructed on nonlinear parametrical zonal systems working at(More)
Blood serum levels of extraerythrocytic hemoglobin (EEHb) were measured by the hemoglobin cyanide method in 71 patients with acute viral hepatitis B over the course of the disease. The mean values of this parameter in 30 normal subjects were found to be 0.67 +/- 0.03 g/l. In the patients in the acute period of hepatitis (weeks 1-2 of jaundice) EEHb levels(More)
The paper examines nonlinear phenomena and effects in photonic and magnonic crystals of multiferroics being part of thin-film structures under exposure of external magnetic fields. The results of the fractal crystal modeling are analyzed. It is shown that for controllable smart coverings it is possible to employ the principle of reconfiguration of fractal(More)
In this paper the available ferromagnetic materials, both the ones that are still under investigation and the ones that are applied in radioelectronics, including nanomagnetics, were analyzed. This analysis allows us to give an estimation of global trends in evolution of ferromagnetic usage in the new generation of SHF (microwave) and EHF devices. The paper(More)
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