name
Khan Valeriy Alekseyevich
Scholastic degree
•
Academic rank
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Honorary rank
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Organization, job position
• Institute of Atmospheric Optics SB RAS
ведущий научный сотрудник
Research interests
нанотехнология, волоконная оптика, оптоэлектроника, волоконно-оптические и атмосферная линии связи, физика плазмы, лазерная диагностика и технология
Web site url
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Current rating (overall rating of articles)
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TOP5 co-authors
Articles count: 26
Сформировать список работ, опубликованных в Научном журнале КубГАУ
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01.00.00 Physical-mathematical sciences
Description
Results of experimental researches of nanoparticles by the method of laser diagnostics were presented. A new algorithm of processing of particle transmission bands was offered at the first time. It was shown, that it was possible to get allocation bar charts according to their sizes with high confidence under high experimental inaccuracy.
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PECULIARITIES OF PHOTOCHEMICAL PROCESSES UNDER SPLITTING OF ISOTOPES IN WATER SOLUTION
01.00.00 Physical-mathematical sciences
Description
Fundamental task of photochemical splitting of isotopes of neutralizing metals in water solution is considered. It was shown that the coefficient of splitting is limited by such processes as electrical migration and isotope exchange. Equation of regression for isotope splitting coefficient value was casted.
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01.00.00 Physical-mathematical sciences
Description
Further deviation of plasma components from thermodynamic balance in expense of free spins active carriers condition changes occurs when increasing the velocity of chemical processes in plasma by means of simultaneous overstrike of external magnetic field and irradiation of laser and microwave radiation flows.
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Description
The Role of Excimer’ Molecule in the Conditions of the Impulse Glow Discharge is shown in the article. The accumulation of abovementioned molecule is needed for the successful synthesis of the fluorine argon compounds.
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ULTRADISPERSE PARTICLE STUDY IN LIQUIDS
Description
The results of development of the experimental stand for studying of ultradisperse heterogeneous systems in time are represented. The possibilities for registration of the experimental factors of refraction which allows to obtain the data about system granulometric structure are submitted
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Description
The results of research of principle for modulation of continuous laser ray with more than 1 MHz frequency are representing in this article. The evaluation of signal level, which is forming by the volume of heterogeneous systems by diagnosis for their parameters was made
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ABOUT SHAPING THE THERMAL RADIATION IN OPTICALLY TRANSPARENT SOLID OBJECTS
01.00.00 Physical-mathematical sciences
Description
It has been experimentally proven that thermal radiation of optically transparent solid objects forms from the entire heated volume within the spectral frequency that is allowed to pass through
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DEVELOPMENT OF A METHOD FOR DIVIDING CARBON ISOTOPES WITH MAGNETIC AND NON-MAGNETIC NUCLEI
01.00.00 Physical-mathematical sciences
Description
The dynamics of the state of spin of the radical oxygen-carbon pair are observed. By way of mathematical modeling, optimal conditions for conducting experiments to obtain the maximum meaningful coefficient of division of carbon isotopes was established
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ISOTOPIC REDISTRIBUTION IN PRODUCTS OF PLASMA PROCESSES FOR HIGH FREQUENCY DISCHARGES
01.00.00 Physical-mathematical sciences
Description
Researches in plasma methods for isotopes separation and analyze of the results were done. Results show high values of separation coefficient for intermediate products during the last years. It is shown by us, that these factors will be considerably reduced in the subsequent plasma processes and a way of freezing of high value of factor of division of isotopes
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NANODISPERSED CARBON PARAMETERS DETERMINATION FOR PLASMA CHEMISTRY ISOTOPE SEPARATION
Description
The dust collection methods and apparatus, as well as heterogeneous system monitoring methods and devices were considered. The disperse particle counter was developed and tested. Shown that particle counter makes it possible to register a disperse phase presence by mass concentration over 310-14 g/m3 and to estimate a dust particle dimensions
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