2014 / 4
R e g u l a r p a p e r s
Radiophysics, electronics, acoustics
K.T.C. Vu, R.V. Egorov, V.L. Savvin, D.A. Mikheev
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The study treats properties of a microwave rectenna, consisting of a semiconductor diode and a spiral antenna, that has a
resonant frequency of 10 GHz. The radiation pattern of the rectenna was demonstrated to be omnidirectional within a wide range
of elevation angles. Hide Abstract
Yu.N. Barabanenkov$^{1}$, M.Yu. Barabanenkov$^{2}$
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Specific optical eigenmodes are considered of finite clusters of metallic nanoparticles with plasmonic resonance as well as an
excitation transfer along linear chain of particles between clusters. Simple analytic and physically transparent results are presented for the problem solution of collective modes exciting inside two dimensional circular clusters and the problem excitation transfer
along one dimensional linear array of coupled small plasmonic spherical particles. The results are obtained with the aid of equations’
system for self-consistent currents excited inside particles by incident electromagnetic wave field. For circular cluster of particles the
coupling matrix between their currents becomes under definite conditions of such favorite properties that enables one immediately
to write out the Bloch–like eigenmodes with corresponding eigenfrequencies and their half widths. What is more we get also a
simple analytic expressions for coupling factor between inner part of a square structure arranged in a circular shape and its bound
part. Considering linear array of particles we use a closest neighbor interaction approach which makes the linear array like the
electric filter. In this approximation an analytic expression are obtained for extinction rate of exciting currents’ transfer depending
on array particles number and for resonance filtering frequencies. Hide Abstract
A. N. Bugay$^1$, S. Zdravkovi´c$^2$
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Microtubules are important cytoskeleton element of living organisms. In this research nonlinear waves in microtubules are
studied, and different types of soliton solutions are derived. Soliton solutions describe propagation of polarization and deformation
waves within localized structural transition in microtubule. Hide Abstract
S.Ya. Vetrov$^{1,2}$, P.S. Pankin$^2$, I.V. Timofeev$^{1,2}$
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Spectral properties are investigated of one-dimensional photonic crystal with structure defect which is considered as an anisotropic
nanocomposite layer embedded between two multilayer dielectric mirrors. A number of important features in the transmission
spectrum of the photonic crystal are found. Hide Abstract
S.Yu. Glazov$^1$, I.S. Gromyshov$^1$, N.E. Mescheryakova$^2$
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Investigated plasma density excitations in two-dimensional semiconductor superlattice depending on the period and the width
of the potential wells, forming a superlattice. Calculations were performed on base of the quantum theory plasma oscillations in
random phase approximation taking into account the umklapp processes. Estimation of parameters of superlattice was performed
using the Kronig–Penney model. Hide Abstract
V.V. Grubov$^{1,2}$, A.A. Koronovskii$^{1,3}$, E.Yu. Sitnikova$^{4}$, A.E. Hramov$^{1,2}$
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In present work time-frequency characteristics of sleep spindles on EEG of WAG/Rij rats were studied by means of continuous
wavelet transform. General frequency structure and average length was revealed, also complex dynamics during sleep spindle was
discovered and tendency to growth of frequency from beginning to end of sleep spindle was shown. Structure changes in sleep
spindles caused by aging of rats and evolving of epilepsy were discovered. Dynamics of sleep spindles appearing on EEG was
studied and it was shown that it could be described by means of on-off intermittency theory. Hide Abstract
A.V. Chernych$^{2}$, S.G. Chigarev$^{1}$, Yu.V. Gulyaev$^{1}$, G.M. Mikhailov$^{2}$, E.A. Vilkov$^{1}$, P.E. Zilberman$^{1}$
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The mechanism of stimulated terahertz radiation was investigated for spin–injection oscillators. The feedback performs due to
semitransparent mirror arranged on the back surface of the substrate. The influence of the feedback on spectral characteristics and
radiation intensities of the oscillator are discussed. Hide Abstract
E.A. Dobretsova, K.N. Boldyrev
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The optical spectra, thermal and magnetic properties of the compound SmCr$_3$(BO$_3$)$_4$ were investigated in a wide temperature
range. A series of phase transitions at temperatures of T$_1$ =8,0 ± 0,5К, T$_2$=6,7 ±0,5К and T$_3$=4,3 ± 0,2К. were found. First
two transitions at the temperatures T1 and T2 are second order phase transitions and, most likely, correspond to antiferromagnetic
ordering of subsystem Cr$^{3+}$ and, then, crystal transition to the ferroelectric state. First-order phase transition at a temperature of
4,2 ± 0,2K most likely corresponds to the spin-reorientation of the chromium magnetic moments. Hide Abstract
E.N. Egorov$^{1}$, V.V. Makarov$^{1,2}$, A.E. Hramov$^{1,2}$
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The results of numerical simulations and analysis of non-stationary dynamics of helical electron beam in the vircator with
magnetron injection gun with additional braking field are presented. We have revealed the fields of the control parameters where
the squeezed state is realized in such system. Peculiarities of the dynamics of the beam in squeezed state are analyzed. By
means of Karhunen–Louve decomposition the processes of appearance and propagation in the beam in squeezed state of the
space-charge wave are analyzed. Hide Abstract
V.V. Zaitseva , E.N. Krygina, S.V. Lindt
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The results of numerical simulation of self-oscillations in a two-stage ring oscillator with active cells of Van der Pol are presented.
It is shown that for large excesses of generation threshold in a system with identical cells, non-uniform spatial distribution of
amplitudes of self-oscillations is observed. Regular and chaotic self-oscillations in ring DT- oscillators are investigated. Hide Abstract
A.V. Zakharov, N.V. Polikarpova, V. B. Voloshinov
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A new criterion for estimation of the acousto–optic interaction regimes in the acoustically anisotropic medium is offered in the
report. In comparison with the conventional Klein–Cook parameter depending on the light and ultrasound wavelengths and on the
interaction area length, the modified parameter also takes into consideration the acoustic energy walkoff. Hide Abstract
M.B. Belonenko$^1$, N.N. Konobeeva$^2$
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In this work we consider the problem of the propagation and interaction of two ultra-short optical pulses in silicene. Electrons
are described in the long-wave approximation of effective Hamiltonian at the low temperature. The dependence on the velocity and
amplitude of pulse was obtained. Hide Abstract
V.A. Cherepenin$^1$, V.N. Kornienko$^1$, A.P. Privezentsev$^2$
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The formation of a periodic sequence of pulses generated by the line of the active cyclotron oscillator when exposed to an external
short electromagnetic pulse was investigated by the methods of computational experiment. Hide Abstract
A.V. Korobtsov, S.P. Kotova, N. N. Losevsky, A. M. Mayorova, S. A. Samagin
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The results of experiments on the use of a liquid crystal tunable focusator, for the formation and dynamic control of so-called
contour optical traps, are presented. The generated traps were further used for the manipulation of various micro–objects. Hide Abstract
S.P. Kotova$^1$, E.P. Pozhidaev$^2$, S.A. Samagin$^1$
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The results of experimental study of the behavior of the refractive indices of the cell with a ferroelectric liquid crystal with
subwavelength helix pitch are presented for the case when helix axis is oriented along the substrate. Hide Abstract
T.B. Krit, V.G. Andreev
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The amplitudes of standing shear wave harmonics were measured in a resonator filled with inhomogeneous cubically nonlinear
medium. The inhomogeneities lead to quadratic nonlinearity appearance which is absent in homogeneous medium. Quadratic
nonlinearity contribution in nonlinear effects development was estimated. Hide Abstract
S.V. Kryuchkov$^{1,2}$, E.I. Kukhar$^1$
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The quasienergy spectrum of graphene superlattice under high-frequency electromagnetic radiation was found. The d’Alembert
equation was shown to take the form of double sine-Gordon equation under the certain conditions. The solutions corresponding to
the solitary electromagnetic waves were derived. The shapes and areas of these waves depend on the amplitude of the high-frequency
field. Hide Abstract
K.A. Magaryan$^1$, M.A. Mikhailov$^1$, K.R. Karimullin$^{2,3}$, I.A. Vasilieva$^1$, G.V. Klimusheva$^4$
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The paper is devoted to investigation of cadmium selenide quantum dots doped in the liquid crystalline matrix of cadmium
caprylate. Fluorescence spectra were obtained using epi–luminescent luminescence microscopy technique at temperatures ranging
from 77K to 300 K. We studied how fluorescence spectra depend on the temperature, on the size of the quantum dots, and the
inhomogeneity of the objects of the investigation. Hide Abstract
V.V. Makarov$^{1,3}$, A.E. Hramov$^{1,3}$, A.A. Koronovskii$^{1,3}$, O.I. Moskalenko$^{1,3}$, V.A. Maximenko$^{1,3}$,
K.N. Alexeev$^{2}$, A.G. Balanov$^{2,3}$
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The transition to chaos in semiconductor superlattice coupled to external resonant system had been investigated. We have shown
that transition to chaos goes through type I intermittency in the system under study. This fact is approved by dependence of the
mean laminar phase length versus criticality parameter, and form of Poincare mapping. Hide Abstract
V.A. Maximenko$^{1,2}$, V.V. Makarov$^{1,2}$, A.A. Koronovskii$^{1,2}$, A.E. Hramov$^{1,2}$, O.I. Moskalenko$^{1,2}$
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In this paper we studied the collective dynamics of interacting elements of multilayer network of Kuramoto phase oscillators.
As a result, the relationship between the macroscopic properties of the multilayer network (the resultant signals of the interacting
oscillators) and microscopic parameters, characterizing its topology and temporal dynamics of the individual elements has been
observed Hide Abstract
V.A. Maximenko$^{1,3}$, A.A. Koronovskii$^{1,3}$, V.V. Makarov$^{1,3}$, O.I. Moskalenko$^{1,3}$, K. N. Alexeev$^2$, A.G.
Balanov$^3$, A.E. Hramov$^{1,3}$
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We proposed a mathematical model for the study of the spatio-temporal dynamics of charge on the Ohmic contacts of the
semiconductor nanostructures (superlattice). Using the developed model, we study the processes, accompanying the transition of
the domain of charge, formed in semiconductor structure GaAs-AlGaAs, to the collector contact. We also discussed the influence
of the collector parameters on the characteristics of domain generation. Hide Abstract
A.S. Machikhin, A.V. Viskovatykh, V.E. Pozhar
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A new scheme of full-field optical coherent microscope with data registration in spectral domain is described. It is based on
utilization of the wide-band light source and spectral tuning by the imaging acousto–optic filter installed in the registration channel
of Michelson interferometer. The experimental results are presented. It is shown that this scheme is applicable for the analysis of
the object properties with rather high lateral and axial resolution. Hide Abstract
V.G. Mozhaev
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A brief overview is presented of studies in the field of interactions between acoustic waves in solids and micro-volumes of a liquid
placed on their surface. The results obtained in the laboratory of surface acoustic waves of Acoustic Department of Physics Faculty
of Moscow State University and in the foreign scientific centers are discussed Hide Abstract
M.A. Morozova, O.V. Matveev
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A model for a periodic structure in the form of two coupled magnonic crystals is derived. The resulting model is a system of four coupled nonlinear Schrцdinger equations for the amplitudes of the envelopes magnetostatic waves. Based on the model, a
numerical research of reflection and transmission of such structures is conducted. Hide Abstract
A.S. Myasnikov$^{1,4}$, A.L. Pankratov$^{1,2,3}$, E.V. Pankratova$^4$
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For a parallel chain of inductively coupled Josephson junctions we investigated the spectral characteristics of the generation.
Changes in the spectral linewidth versus the number of junctions and the coupling parameter are examined. Hide Abstract
A.S. Perin, A.O. Semkin, V.M. Shandarov
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The results of an experimental study of the optical induction of photonic diffraction structures in a photorefractive Fabry-Perot
interferometer (FPI) based on lithium niobate crystal have been presented. A self-induction periodic diffraction structure in the
crystal has been demonstrated experimentally. Some features of the spatial self-actions of laser beams in photorefractive Fabry-Perot
interferometers based on doped with photorefractive impurities lithium niobate plates have been studied. Hide Abstract
V.E. Pozhar
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Original spectral methods based on unique features of acousto-optical tunable filters are described. They provide an optimization
of the detection procedure, and also decrease the acquisition time and decrease the value of inaccuracy. Hide Abstract
I.I. Popov$^1$, N.S. Vashurin$^1$, S.E. Putilin$^2$, S.A. Stepanov$^1$, N.I. Sushentsov$^1$
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Reported on a series of experimental studies of at room temperature relaxation processes in an ensemble of quantum dots in
nanoscale semiconductor films using femtosecond photon echo. The results of the experimental study of the optical properties of
photon echo generated in nanoscale functional films for optoelectronic element base are presented. Hide Abstract
А.Е. Runnova$^1$, А.N. Pavlov$^{1,2}$, V.A. Maksimenko$^{1,2}$, М.О. Guravlev$^{1,2}$, А.А. Koronovskii$^{1,2}$, А.Е. Hramov$^{1,2}$
Show Abstract
This paper presents a brief review the modern application of wavelet transform to analyze and diagnostics various wave
components in seismic survey note processing. We describe methods of analysis and research of complex noisy survey note
based on various characteristics of continuous wavelet transform. In paper we show the results of discrete wavelet filtration and
the benefits of using combined techniques based on discrete wavelet transform and empirical modes method. In this paper we
demonstrate the results of studying and filtering actual field seismic data. Hide Abstract
Yu.V. Ryzhikova, P.V. Korolenko, P.A. Logachev
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On the basis of local patterns registration in fields of probing beams the possibility of identifying 1D and 2D quasicrystalline
structures (including their approximants) is considered. Influence of structural defects on the shape of pattern formations is
investigated. Hide Abstract
I.M. Sopko, G.A. Knyazev
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This paper presents a new approach to increase efficiency of acousto-optic interaction in far infrared at 10.6 micron wavelength
due to surface plasmon resonance. Relation between optical properties of materials and efficiency of acousto–plasmon interaction
was analyzed. Hide Abstract
Yu.E. Terekhov$^1$, G.V. Belokopytov$^1$, R.Yu. Tkachenko$^1$, A.V. Zhuravlev$^1$, V.A. Chistyaev$^2$, V.N.
Semenenko$^2$
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Method for calculation of transmission and reflection coefficients of a metafilm consisting of particles with different sizes is
developed. Application of the method allowed to obtain good coincidence with experimental results for metafilms consisting of
spherical ferroelectric particles. Hide Abstract
I.V. Timofeev$^{1,2}$, S.Ya. Vetrov$^{1,2}$
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A new boundary conditions for decoupling of elliptically polarized eigenmodes in anisotropic optical cavity are proposed. It is
shown that the optical axis twist changes the phase shift of the waves, with effective refractive indices difference greater than
difference between the ordinary and the extraordinary refractive indices. Hide Abstract
N.S. Phrolov$^{1,3}$, S.A.Kurkin$^{1}$, A.A. Koronovskii$^{2,3}$, A.E. Hramov$^{1,3}$, Yu.A. Kalinin$^1$
Show Abstract
The following work is devoted to the development and research of 3D model of intensive electron flow in virtual cathode generator
in the framework of program CST Particle Studio. It is shown that in vircator system with additional deceleration generation appears
due to the formation of two non-stationary virtual cathodes in the beam — in the drift space and in the electron gun area. The
results of numerical simulation are in a good qualitative agreement with the data obtained during previous experimental research. Hide Abstract
V.A. Khalyapin$^{1,2}$
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Using the moment method the system of equations describing the dynamics of electromagnetic pulse parameters was obtained.
The transversal dynamics of super-Gaussian shape pulses are considered. Hide Abstract
N.E. Khokhlov$^{1,2}$, D.O. Ignatyeva$^{1,2}$, V.I. Belotelov$^{1,2}$, A.P. Sukhorukov$^1$
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We study the possibility of surface plasmon polariton (SPP) pulse shape and duration manipulation on sub-picosecond timescales
via a high intensity pump SPP pulse photoexciting electrons in a gold film. We present a theoretical model describing this process
and show that the pump induces the phase modulation of the probe pulse leading to its compression by about 25\% and the variation
of the delay between two SPP pulses up to 10 fs for the incident fluence of the pump of about 1 mJ·cm$^{−2}$. Hide Abstract
V.V. Kulagin1$^{1,2}$, V.N. Kornienko$^{1,2}$, V.A. Cherepenin$^{1,2}$
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The generation of the radiation produced by the synchronously displaced electrons of a target under the influence of high-powered
laser pulse and further relaxation of the system after its passage was investigated. It is shown that generation of single pulses (up
to tens of periods of laser field) as well as train of oscillations is possible. Hide Abstract
I.I. Olenskayaa, O.S. Kabanova, A.L. Tolstik, E.A. Melnikova
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Designed and manufactured liquid crystal elements with electrically controlled spatial topology of the director orientation. First
implemented mode waveguide propagation of a light beam in a spatially modulated LCD cell. Hide Abstract
Yu.A. Kalinin, A.S. Fokin, A.V. Starodubov
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The results of experimental research laboratory model based on a transparent amplifier traveling-wave tube feed input for
modulating the near-cathode grid and the traditional voltage supply input to the spiral delay system, shows the dependence of
the gain and efficiency of the input power level for the modulation scheme with mesh obtained values of the electron efficiency
50–56% at a gain 12–13.26 dB. Hide Abstract
M.G. Akatyeva$^{1,2}$
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In our experiments, we investigate a millimeter waves absorption by wavelength 2mm in amino acids solutions by different
concentration and temperature. We determine absorption coefficients in solutions of different amino acids and compare it for pure
water. These results can be used for determination of liquid composition and for investigation of water molecules dynamics in
solutions. Hide Abstract
А.G. Balanov$^{2,3}$, А.А. Koronovskii$^{1,2}$, О.I. Moskalenko$^{2,3}$, А.О. Selskii$^{1,2}$, А.Е. Hramov$^{1,2}$
Show Abstract
Semiconductor superlattices is a compound nanostructures which are possible for using for generation and control of a highfrequency
oscillations. This is important problem — the effects of the interband tunneling on the complex processes in the
semiconductor superlattices. It is known that applied voltage to a superlattice reduce to formation of the electronic domains moving
along the structure. In this work the oscillations of the current spectrum, coupled with domains transport through a semiconductor
superlattice, are studied. Hide Abstract
T.A. Voytova, A.P.
Sukhorukov
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The interaction of short optical pulse with a moving nonlinear induced refractive index lattice was considered. The regimes of
reflection, transmission and energy capture by induced structure were studied, the interacting pulses spectral characteristics were
analyzed. Hide Abstract
L.N. Grigoreva$^1$, G.A. Knyazev$^1$, A.L. Tolstik$^2$
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Completely-optical self-oscillating system based on cells with thermal nonlinearity was investigated. A condition for the existence
of self-oscillations of the discrete and linear version of the feedback was obtained. The theoretical calculation for the threedimensional
case was undertaken. Hide Abstract
G.V. Grischenko$^1$, A.L. Pankratov$^{1,2,3}, E.V. Pankratova$^4$
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In this study a parallel chain of inductively coupled Josephson junctions described by the resistively shunted model taking into
account the effect of the current fluctuations, is considered. To calculate the changes in statistical characteristics of the soliton
motion time (mean and standard deviation) for the chains with various number of junctions, we develop and implement a highly
parallel computational algorithm based on OpenCL software interface. A comparative analysis of the rate of computations realized
by the GPU and CPU, is performed. Hide Abstract
M.O. Zhuravlev$^{1,2}$, A.A. Koronovskii$^{1,2}$, O.I. Moskalenko$^{1,2}$, A.E. Hramov$^{1,2}$
Show Abstract
Behavior of spatially extended systems at transition from time scale synchronization regime to the asynchronous dynamics
is studied. Unidirectionally coupled Pierce diodes have been chosen as a system under study. Transition from the time scale
synchronization regime to the asynchronous dynamics for spatially extended systems is shown to be performed through the ring
intermittency. Hide Abstract
K. R. Karimullin$^{1,2}$, A.V. Naumov$^{1,3}$
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Review on low-temperature optical dephasing in impurity solid media doped with fluorescent molecules and analysis of the data
obtained by different methods of selective laser spectroscopy, including the photon echo and single-molecule spectroscopy are given. Hide Abstract
A.V. Maslova$^1$, D.O. Ignatyeva$^{1,2}$, V.E. Lobanov$^1$, A.P. Sukhorukov$^1$
Show Abstract
Soliton dymanics in Kerr medium with localized nonlinear defect was investigated. Two regimes can be observed: refraction and
trapping of the soliton by the inhomogeneity as a result of their interaction. The conditions of the soliton trapping for different
shapes of the defect were investigated and it was shown that the defect impact on soliton dynamics is amplified with the increase
of the nonlinear coefficient gradient. Hide Abstract
O.N. Melnikova, K.V. Pokazeev
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This paper proposes a method of the calculation of the viscous drift on the slopes of wind waves at the initial fetch. Forming of
a chain of vortices on the front slope of the waves is experimentally investigated. Hide Abstract
I.V. Savochkin, A.P. Sukhorukov
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The problem of light propagation was considered in a two-dimensional lattice of coupled waveguides. A theory of switching and
shaping of localized modes in a system of coupled waveguides was developed. Numerical simulation of light propagation in the
waveguides was performed for different parameters. Hide Abstract
B.I. Samolyubov, I.N. Ivanova
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The results of researches and elaboration of mathematical model of the interaction of internal waves and currents are presented.
It was discovered that against the background of upwelling the internal waves were developed. Under the influence of waves there
were formed jets, leading to the fluctuations of the velocity of intrusion. There were proposed mechanism and mathematical model
of this process. Hide Abstract
A.A. Seryakov, P.N. Zaharov, A.F. Korolev
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In this paper, the algorithm of error correction coding/decoding near the Shannon limit was implemented in FPGA (Fieldprogrammable
gate array) for data rates up to 1 Gbit/s. Hide Abstract
A.A. Sukhorukov
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A review is presented of the latest theoretical and experimental results on the generation of entangled photons with tunable
quantum correlations in integrated nonlinear waveguides, based on the spontaneous parametric down-conversion in the regime of
quantum walks. The possibilities to map classical amplitude and phase profiles of the pump beam to the components of a biphoton
wavefunction at the output, and pump filtering in waveguides with adiabatically varying parameters, are discussed. Hide Abstract
A. S. Trushin
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Relation between a two-dimensional spectrum of an external action on a crystal surface and a three-dimensional Fourier image
of an acoustical perturbation appearing in a media demonstrated. Shown that well known for isotropic optics media relations can
be applied in the case of general wave process in an anisotropic media. Hide Abstract
Yu. K. Aleshin, M. A. Choba, V. A. Safonov
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Using methods of impedance spectroscopy study of the processes of surface segregation of cadmium atoms, running along the
borders of the updated electrodes alloy Ag–Cd (Cd contents 1 at. %, is defined as the area of solid solutions of cadmium in Ag) in
solutions of NaF in the range potentials ideal polarizability. Hide Abstract
Yu.K. Aleshin, A.A. Karabutov (jr), M.A. Choba, V.A. Safonov
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The experiments on determination of the velocity of acoustic signal using optoacoustic method. The obtained results allows to
offer this method to study of processes of state transition metal films chromium copper substrate. This allows you to offer this
method to control the so-called «ageing» of the surface film. Hide Abstract
Yu.А. Kalinin, A.V. Starodubov, A.S. Fokin
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The paper presents the results of experimental studies of the interaction of the electron beam periodically varying diameter with
an electromagnetic wave of large amplitude. Experimentally revealed the influence of various factors on the formation and size of
pulsed beam current density in the bunches. Experimentally confirmed the feasibility of amplification and generation of the device
with the pulsed beam. Compared with schemes with inhibition of electron beam investigated mock-up over broadband and more
efficiency. Hide Abstract
O.I. Koval$^1$, E.D. Kudrjavtzeva$^1$, A.G. Rzhanov$^2$, G.A. Solovyev$^1$
Show Abstract
Experimentally studied powerful semiconductor lasers based on AlGaAs/InGaAsP/InGaAs quantum well heterostructure and
asymmetric extended waveguide. The proposed physical model explaining the change of lasers radiative characteristics over time. Hide Abstract
V. M. Pikunov
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The paper deals with a numerical method for calculating the limiting current in vacuum waveguide partially filled with dielectric. Hide Abstract
N.S. Phrolov$^{1,3}$, A.A. Koronovskii$^{2,3}$, A.E. Runnova$^3$, A.E. Hramov$^{1,3}$
Show Abstract
The modification of Lyapunov exponents spectrum calculation approach for coupled self-oscillating systems, simulated within the
framework of PIC-method (the most efficient approach for numerical simulation of beam-plasma systems with intensive electron
flows), is suggested in this work. The analysis of Lyapunov exponents spectrum allows to study the nonlinear progressing in chains
and networks of coupled spatially-extended self-oscillating systems and estimate the exact bound of generalized synchronization of
interacting generators appearance. Hide Abstract
M.A. Morozova, A.U. Sharaevskaya
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The present article is concerned with mechanisms formation of Bragg band gaps in ferromagnetic periodic structures that
represent two coupled one-dimensional MC, whose parameters can vary, and structure type MC-ferrite film, then magnetostatic
waves excite in them. Hide Abstract
