Summaries of the Issue
THREE-DIMENSIONAL MODEL RECONTRUCTING BY MEANS OF STEREO IMAGES CONSIDERING ITS MULTISEQUENCING Alexander Tuzikov, Alexander Volkovich, Dmitrij Zhuk
Three-dimensional model automatic construction methods on the basis of stereo images are described in the report. Algorithms of disparity maps construction are described. Approaches of their parallel implementation are discussed. The results of computing experiment on comparison with efficiency of execution of sequential and parallel implementations of algorithm are also brought.
One of the main tasks during films deposition is the thickness control of deposit covering. The article deals with the existing methods and a new control method is suggested.
MEASUREMENT OF THE OPTICAL CONSTANT OF PAINTED POLYMERIC MATERIALS FOR EYEGLASS OPTICS Putilin Edvard Stepanovich, Elena Prunenko
By means of refractometry and ellipsometry method the measurements of the optical constants of superficially colored polymeric materials used in eyeglasses optics are carried out. It is shown that in a material after superficial coloring there are changes in absorption, parameter of refraction and refractive index dispersion.
CHOICE OF OPTIMUM ANTIREFLECTIVE COATING FOR APPLICATIONS TO SOLAR ENERGY Putilin Edvard Stepanovich, Nemkova Anastasia A
Efficiency calculation of various antireflective coatings for protective glasses of solar cell is performed on the basis of monocrystalline silicon. The calculation was made taking in account solar spectra and solar cell spectral sensitivity. It is shown that three-layer coating is the most effective in the case of normal angle of incidence and oblique incidence as well.
OPTICAL OBJECTIVE CONTROL PECULIARITIES FOR NANOSTRUCTURES FORMATION Kirillovsky Vladimir K., Yegor Gavrilov, Igor Bogdanov
For microelectronics development and obtaining the minimal size of a microchip element at the 10 nm level it is necessary to work out control tools of extended precision. It is shown that the main task to support the production of projection lens elements is creation of control tools for correlation between control and operating wavelengths in a deep vacuum-ultraviolet range. The interferometer for wave aberrations research is described.
ALGORITHM OF OBJECTS ARRANGEMENT (ON THE EXAMPLE OF A MIRROR) Demin Anatoly V., Alexander Rabysh
The imitating modeling algorithm of compound mirrors with the 2-nd order surfaces adjusting is given in the article. Imitating models of positioning of mirror segments on a bearing surface in regard to the 2-nd order design value are received.
ANALYSIS OF ALGORITHMS OF THE LOSSY COMPRESSION BASED ON THE SPACE SIGNAL DECOMPOSITION Tropchenko Alexander Juvenalievich, Luzhkov Yuri
In this work the adaptive hierarchical transforms of a signal used or suitable for using in lossy compression algorithms of images are presented. The main idea of this transforms consists of image sampling on separate parts and its representing in the form of three-dimensional structure. New schemes of an adaptive compression are presented.
NUMERICAL SOLUTION OF GINZBURG-LANDAU EQUATIONS FOR SUPERCONDUCTING PLATES WITH DIFFERENT BOUNDARY CONDITIONS Alexander Lykov, Alexander Tsvetkov, Pavel Bezotosny
The influence of boundary conditions to the solution of Ginzburg-Landau equations for thin superconducting plates was learnt by numerical methods.
THE ITERATIVE SOLUTIONS OF THE EQUATION OF NONPARAXIAL DYNAMICS OF A SPATIAL SPECTRUM OF MONOCHROMATIC TWO-DIMENSIONAL POLARIZED ELECTROMAGNETIC WAVE IN MEDIA ALONG DIELECTRIC WAVEGUIDES WITH CUBE-NONLINEARITY Ekaterina Sysova
The analytical solution of non-paraxial dynamics of a spatial spectrum of the monochromatic two-dimensional TE-polarized electromagnetic wave in media along dielectric waveguides with cube-nonlinearity is obtained in this work. This solution can be presented as a beam of energy with a very wide spectrum and a self-reflected wave can be generated as a result.
MEASURING DEVICE FOR TEMPERATURE AND MECHANICAL DEFORMATION CONTROL ON BASIS OF FIBER OPTIC SENSORS Karassik Valery E., Vladimir Lazarev, Natalia Neverova
This article presents a measuring device on basis of Bragg sensors. The article describes the principle of operation and contemplates advantages and disadvantages of the present device. It also introduces device that uses signal calibration with the help of spectral modulation of light emitted diode (LED). Information is given about the results of research and development.
DIELECTRIC PARTICLES TRAPPING AND DEFORMATION BY THE GRADIENT FORCES OF THE LIGHT PRESSURE Vladimir Tarlykov, Andrey Nelepets
The mechanical stress distribution on the surface of dielectric microparticles under the action of light illumination is theoretically and numerically studied. Light reflection and refraction cause momentum change and mechanical forces emergence. These forces may be used for trapping and deformation of dielectric microparticles ensembles. Two schemes of controlled particles deformation by the gradient forces of the light pressure are proposed.
MODEL CONSTRUCTION OF SPINODAL PHASE DECOMPOSITION AT HYPERBOLIC DIFFUSION Igor Yu. Popov, Anna Bormotaeva
The mathematical description of the process of spinodal decomposition in high speed diffusion has been made on the basis of hyperbolic-type equation. This model is in agreement with the theory of Cahn and Hilliard at relatively small velocity mass transfer of components. The numerical research has been done that revealed changes of domain’s boundaries caused by appearing of new phases.
ABOUT RARE-EARTH ION EFFECT ON FLUOROPHOSPHATE GLASS STRUCTURE OF Ba(PO3)2 – MgCaSrBaAl2F14 COMPOSITION Tatyana Bocharova, Natalia Tagiltseva, Anna Vlasova
Fluorophosphates glasses are one of the representatives of the class of fluoride glasses and combine properties, which make their using possible in fiber optics and laser optics. Thus, the main idea of our work was to study doped ion effect glass structure of Ba(PO3)2 – MgCaSrBaAl2F14 composition co-doped by europium and terbium ions. Received data analysis shows that glass structure dramatically depends on doped ion concentration.
RAMAN STUDY OF PHASE SEPARATION IN NANOSTRUCTURED TITANIA-CONTAINED ZINC ALUMOSILICATE CoC DOPED GLASSES Baranov Alexander Vasilievich, Olga Dymshits, Marina Tsenter, Victor Ermakov
The article reports the results of an investigation of the phase separation and crystallization in zinc alum silicate glasses with TiO2, doped by Co2+. The CoO-influence on the formation processes of the transparent glass ceramics found, as well as the composition and the structure of the nanoscale phases which appears during the heattreatment using Raman scattering were studied.
NANO-TIP RESEARCH FOR UPDATING THE SURFACE OF POLYMER BY THE METHOD OF DYNAMIC POWER LITHOGRAPHY Alexander Golubok, Alexander Pinaev, Alexander Stovpyaga
The optimization of an oscillatory system of SPM "NanoEducator" sensor with the purpose of the maximal space resolution achievement in the semi-contact dynamic nanolithography modes has been made. The effective parameters of cantilever sizes and probe tips for different SPM modes have been obtained. The surface nanostructures on the polycarbonate samples were received according to the set of pattern using the dynamic nanolithography method.
RESEARCH OF SEMICONDUCTING CRYSTALS EXCITON STATE TRANSFORMATION TO ELECTRON- HOLE STATE OF SEMICONDUCTOR QUANTUM DOTS Sergey Karpov, Anton Samolenkov, Sergey Mikushev
Experimental absorption spectrums of nanocrystals dispersed in glass matrix are discussed in the current paper. Dimensions of nanocrystals varied from 3 nm to 10 nm. Dependence of confinement transition relative to first excited state on absorption edge position was obtained on the basis of mathematical data treatment and compared with existing theoretical models.