“Риторика и гармонизация коммуникативного пространства” (стр. 3 )

Model of gigahertz radiation sources was developed in this work by means of the molecular-mechanical model. This model based on the nanopeapod: carbon nanotube (10, 10) with incapsulated chains of the fullerene C60. Fullerene moves at gigahertz range with intensity 1.103 to 9.106 V/ cm.

Panel Discussion 2

Nadezhda Biryukova

Poincarй Recurrences: Local Approach

The report deals with the relations between average time, dispersion of Poincarй recurrence time and vicinity of initial state size in systems with and without noise. Also it studies the applicability of the Kac theorem and exponential law of probability density if time is proved for these types of systems.

Evgenii Borisov

Computer Modeling of Optical Pulse Shaping in Slot Waveguides

This work presents some results of the comparison of the non-linear properties of the slot and three-layer waveguides have been obtained. When using the slot waveguides, it is possible to achieve high energy within the slot and increase the intensity locally without increasing the light source power.

Maxim Chervyakov

The Absorbed Solar Radiation and Albedo Variations over the East Asian Monsoon Region

This article is based upon the IKOR data from Meteor-M satellite. The IKOR instrument measure outgoing shortwave radiation (0,3-4 мk), absorbs solar radiation and albedo at the upper atmosphere (TOA). This data can be used to detect the East Asian monsoon.

Olga Izotova

Correlation Optical Coherence Tomography

Correlation mapping method can be used for visualization of correlated image areas. In this paper an algorithm of forming correlation map of two serial B-scans is presented. Received 3D image, based on this map, provides information about structure and geometry of blood flows.

Rinat Khanbekov

Sputtering of Aluminum Nitride Thin Films for FBAR and SAW Applications

This report contemplates the technology of AlN thin films synthesis, different methods of films’ main characteristics and properties analysis. The results of research and perspectives are given.

Leonid Kochkurov

Generation on THz Radiation in Dual-Wavelength VECSEL

The numerical study of terahertz generation via different frequency mixing in two-wavelength vertical external cavity surface emitting laser is presented. Nonlinear crystal for frequency conversion is placed inside the resonator to increase terahertz radiation power. The dynamical model is based on modified Lang-Kobayashi equations. Numerical simulation through varying round trip time in the external cavity and feedback rate is demonstrated.

Maksim Piunov

Malware Spreading in the Direct Connect Network by the English-Speaking Countries

The article describes malware, spread in the Russian-speaking segment of Direct Connect network by the English-speaking countries.

Alexander Plastun

Beer-Lamber Law in Photonic Crystals Spectroscopic Study

Photonic crystal fibers (PCF) are used in spectroscopy of gas and liquid media. In such structure classical Beer-Lambert law can’t be applied. Biortogonal modes for tellurite PCF were calculated. Propagation of tellurite glass using Beer-Lamber Law was obtained and compared with previous results.

Oleg Senatov

Phase Velocity of Space-Charge Waves in n-InN Semiconductor Structures

This article is based on theoretical investigation of the influence of diffusion and frequency dispersion of electrons differential mobility on the phase velocity of space-charge waves propagating in drift beam of electrons in semiconductor structures in indium nitride.

Alexander Singh

Building Methods for Datawarehouses

This article is about datawarehouse — the special type of database. The methods of datawarehouse building are concerned. The examples of datawarehouses developed for some purposes are accompanied.

Natalya Talaykova

Cells Morphology Investigation in Whole Blood Smears by Diffraction Phase Microscope

The purpose of this work is calculation of red blood cell morphologies and their characteristics, which are used by physicians to detect abnormalities in the tissue and diagnosis. Investigations are conducted on a diffraction phase microscope with double low-coherence lighting systems.

Yana Tarakanchikova

Control of RBC Formation by the Methods of Interferometric Microscopy

This article is based on some experiments carried out using the technique of digital holographic microscopy for control of membrane condition changes, size and form of RBC during their interaction in the darkness with suspension of hydrophilised nanoparticles of fulleroid type.

Panel Discussion 3

Valentina Goftman

Synthesis of Water-Soluble Core-Shell Quantum Dots

Semiconductor quantum dots (QD) find great application both as labels for imaging of biological objects and in immunoassay due to their unique optical properties. This paper is about synthesis of bright, stable water-soluble QDs based on CdSe for further usage in immunochemical tests.

Mikhail Krasnov

Silicon-Containing Compounds for Water Inflow Restriction in Oil Wells 

Gelling compounds are known to be effective physical and chemical methods for filtration resistance regulation in a face zone and in a formation depth.

In order to develop the composition working at high formation temperatures which is especially important in view of building deeper wells the composition based on liquid glass and hydrolysis products of tetraethoxysilane has been studied. It has been shown, that the composition with an optimal content of sodium silicate in the amount of 9 % has been thermostable and can be used for work over of high-temperature wells up to 150 °C.

Thus, new silicon-containing compounds for water inflow restriction in oil wells, working up to 150 °C and with high formation water content, have been proposed. The specific formulations of compositions are chosen taking into consideration specific formation conditions.

Valentina Plastun

The Amount of Flavonoids in Stonecrops (Sedum maximum ( L.) Hoffm., Sedum telephium L.)

Stonecrop species have wide spectrum of medical use due to the high amount of flavonoids and other biological active compounds. The amount of  the flavonoids in the overground part of two stonecrop species (Sedum maximum (L.) Hoffm., S. telephium L.) was researched and made up 2,4% and 1,9%.

Mikhail Pozharov

Analysis of Electronic Structure of Several Aromatic Monoketones

Geometry and electronic structure of several aromatic monoketones (chalcones) were calculated using ab initio methods. Their electron-donor characteristics and potential as ligands for luminescent lanthanide compounds were evaluated.

Daniil Shamankov

The Influence of Nonionic Surfactant on Photometric Determination of “Photosense”

The influence of OP-10 on the solubility of the "Photosense" was described. Obtained photometrically calibration curves A - C for aqueous solutions of the drug in the presence and absence of the OP-10. Thermogravimetric analysis of the “Photosense” in the air and nitrogen was conducted.

Elena Soldatenko

Synthesis of Copper-Containing Biocidal Nonwovens Based on Polyvinyl Alcohol

This study presents the results of chemical producing copper nanoparticles and fastening them on nonwoven polymer matrix.

Maria Tokareva

The Effect of Sodium Sulfate on The Physical and Chemical Parameters of the Сloud Point Extraction of Sunset Yellow

Salt-induced micellar-extraction system based on non-ionic surfactant OP-10 is applied to remove the Sunset Yellow from aqueous solutions at temperature 20є C. The extraction efficiency, phase volume ratio, distribution coefficient were found for different concentrations оf salt and dye.

Arseni Ushakov

A Fast and Efficient Way to Obtain Lithium-Iron Phosphate with Excellent Electrochemical Performance

Lithium-iron phosphate was synthesized by carbothermal reduction method. The resulting material provides excellent electrochemical characteristics as a cathode of new generation lithium-ion battery and is able to withstand high current loads, including at reduced temperatures.

Panel Discussion 4

Kirill Antonov

Mineralogical Characteristics of Sandy Rocks in Bobrikovsky Horizon within Berezovsky Groups of Uplifts near Saratov Volga Region

As a result of studying sandy rock materials in Bobrikovsky horizon it was established that the main accessory minerals are tourmaline, rutile, zircon, leucoxene, ore materials -  ilmenite and chromite, grenades and anatase are found as isolated grains. Morphological variety of minerals, especially tourmaline, rutile and zircon shows that that the source of terrigenous material during the formation of sandy rocks in Bobrikovsky horizon served the Voronezhsky crystalline rock protrusion and a more ancient set of sedimentary rocks.

Anna Bondarenko

The Role of Oxygen in the Briggs–Rauscher Oscillating Reaction

The description of the influence of the chemical environment of aeration The Briggs–Rauscher oscillating reaction on the characteristics of self-oscillation. Found that the change in the concentration of iodide complexes in the reaction of Briggs-Rauscher may be associated with an increase in the oxygen environment and fluctuations of intermedianty. The influence on reaction mechanisms autocooperative Briggs-Rauscher one of the main natural oxidants - oxygen - and its radical forms. Shows how the oxidation-reduction potential in the oxygen saturation during artificial aeration, when irradiated with electromagnetic radiation at frequencies characteristic of the absorption spectrum of oxygen, and the combination of radiation and aeration

Ramil Karabalin

Old Pipelines Insulating Cover`s Features and its Protective Properties Characterizing Parameters Selection

Now measurements results of isolation condition quality control of pipelines after the long exploitation of normal electrometric methods have some inaccuracies. In this work, the analysis of isolation condition of old pipelines of gas-distribution systems is provided, features of protective properties of such coverings are considered. The main characteristics and basic functions of protective properties of coverings which are lost in the course of the long exploitation are described. Relevance of diagnosing the problem of pipeline insulating covering systems is justified.