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Saransk, Russia

Shigurov V.V.,Mordovia State University
International Journal of Applied Linguistics and English Literature | Year: 2016

The article presents the theoretical basics of the transpositional grammar of the Russian language (as the special areas of the functional grammar), which serves as a mechanism for describing the subject of the transposition of the linguistic units from one class (or interclass semantic-syntactic category) to another (or others). The relation to the transposition of the grammar and vocabulary (word-formation) was displayed; a typology of the transpositional processes in grammatical structure of the Russian language was submitted, and above all, in the parts of the speech and inter part-of speech classes, grammatical categories and lexical-grammatical classes; general and specific objectives of the study types of transposition of the linguistic units were defined; the fragments of the description of the transition and syncretism of the language units were offered using the technique of opposition analysis and indexation. The results can be used in the development of the theory of the transpositional grammar of the Russian language. © 2016, Australian International Academic Centre PTY LTD. All rights reserved. Source


Kokurin I.A.,Mordovia State University
Solid State Communications | Year: 2014

A key concept in the field of semiconductor spintronics is an electric field control of spins via the spin-orbit coupling (SOC) and the SOC strength governs efficiency of this control. We propose a new approach that allows the experimental determination of the Rashba SOC strength for ballistic InAs nanowires. The energy spectrum and ballistic transport of carriers through the nanowire with surface two-dimensional electron gas (2DEG) in a homogeneous magnetic field are studied. A general formula for the linear-response one-dimensional ballistic thermopower is derived in the case of complex subband structure. The ballistic conductance and the thermopower are shown to reveal specific features due to strong SOC that allows us to propose a method for the SOC strength determination. © 2014 Elsevier Ltd. All rights reserved. Source


Bayneva I.I.,Mordovia State University
International Journal of Applied Engineering Research | Year: 2015

The aspects of the energy efficiency and energy saving in the world and in Russia have been considered. The features of the light devices, light distribution devices have been described, the tasks and possible methods of calculation and design have been analyzed. The mathematic models used in the lighting design and calculations for the lighting fixtures with smooth reflectors have been described. The principles of operation with the software developed for automation of the design process and design of the lighting devices have been described. © Research India Publications. Source


Amelin I.I.,Mordovia State University
Russian Journal of Physical Chemistry A | Year: 2015

Abstract Theoretical studies on fabricating room-temperature superconductors are analyzed. A technique for obtaining such superconductors is proposed, based on results from previous experimental investigations. The described simple fabrication technology uses CuF2 copper fluoride and CuO copper oxide films. © 2015 Pleiades Publishing, Ltd. Source


Pan'Kin N.A.,Mordovia State University
Journal of Experimental and Theoretical Physics | Year: 2014

The atomic structures of various isomers of free Ti N (N = 6-15) titanium clusters have been studied by molecular dynamics using the many-body interaction potential in the tight binding model. The following parameters of the cluster structure have been calculated: average bond length and energy, coordination number, and frequencies (probabilities) of their appearance. An increase in the cluster size N is accompanied by increased values of these parameters. It is established that the frequency of appearance of an isomer with a given N value increases with the bond energy. The most probable structures of clusters with N = 10-15 correspond to maximum values of the atomic structure parameters among all isomers of a given size. © 2014 Pleiades Publishing, Inc. Source

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