string(20) "getArticlesByAuthors" Petrov V.A. - article list | energy.ihed.ras.ru

Petrov V.A. - article list

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Influence of optical properties on the formation of temperature fields in aluminum oxide upon heating and melting by concentrated laser radiation
Bityukov V.K., Petrov V.A., Smirnov I.V.
Thermoradiation characteristics of refractory oxides upon heating by concentrated laser radiation
Petrov V.A.
The Radiation of Alumina Melt in the Middle IR Spectral Region at Solidification in the Course of Free Cooling
Bityukov V.K., Petrov V.A.
The effect of flux density on the formation of temperature field in alumina under conditions of heating by concentrated laser radiation
Bityukov V.K., Petrov V.A., Smirnov I.V.
Thermal radiative properties of ceramic of cubic $\mathrm{ZrO}_2$ stabilized with $\mathrm{Y}_2\mathrm{O}_3$ at high temperatures
Akopov F.A., Val'yano G.E., Vorob'ev A.Yu., Mineev V.N., Petrov V.A., Chernyshov A.P., Chernyshov G.P.
Rapid solidification of $\mathrm{ZrO}_2$–$8$ mol $\%$$\mathrm{Y}_2\mathrm{O}_3$ melt
Akopov F.A., Val'yano G.E., Vorob'ev A.Yu., Mineev V.N., Petrov V.A., Chernyshov A.P., Chernyshov G.P.
The optical properties of high-porosity lithium fluoride ceramics
Moiseev S.S., Petrov V.A., Stepanov S.V.
The radiation of alumina melt in the visible and near IR spectra upon solidification in the process of cooling in ambient air
Bityukov V.K., Vorob'ev A.Yu., Petrov V.A., Titov V.E.
The reflectivity of alumina ceramics under intense surface heating and subsequent free cooling
Vorob'ev A.Yu., Petrov V.A., Titov V.E., Chernyshov A.P.
The optical properties of high-porosity calcium fluoride ceramics
Moiseev S.S., Petrov V.A., Stepanov S.V.
The effect of vacuum on the reflectivity of alumina ceramics under conditions of melting by concentrated laser radiation and subsequent free cooling
Vorob'ev A.Yu., Petrov V.A., Titov V.E., Ulybin S.A.
Fast heating and melting of alumina under the effect of concentrated laser radiation
Vorob'ev A.Yu., Petrov V.A., Titov V.E.
The optical properties of heat-insulating ceramics made of microballoons of aluminum oxide
Moiseev S.S., Petrov V.A., Stepanov S.V.
Rapid crystallization of refractory oxides and the possibility of formation of a two-phase zone
Vorob'ev A.Yu., Petrov V.A., Titov V.E., Ulybin S.A.
Inclusion of radiative heat transfer in the ceramic filling of a combination element of a fire wall
Zalkind V.I., Petrov V.A., Schigel S.S.
Rapid Solidification of $\mathrm{ZrO}_2$–$8$ mol $\%$ $\mathrm{Y}_2\mathrm{O}_3$ Melt under Conditions of Stepwise Reduction of Heating. Determination of the Liquidus and Solidus Temperatures
Akopov F.A., Val'yano G.E., Vorob'ev A.Yu., Mineev V.N., Petrov V.A., Chernyshov A.P., Chernyshov G.P.
Spectral Reflectivity of Ceramics of Cubic Zirconium Oxide on the Wavelength of $0.63$ $\mu$m under Intense Surface Heating above the Melting Point and Subsequent Cooling
Vorob'ev A.Yu., Petrov V.A.
Optical quartz glass as a reference substance for the thermal conductivity coefficient of partially transparent materials
Bityukov V.K., Petrov V.A.
Thermal-radiation properties of zirconia when heated by laser radiation up to the temperature of high-rate vaporization
Petrov V.A., Chernyshov A.P.
Rapid solidification of $\mathrm{ZrO}_2$–$18$ mol.$\%$$\mathrm{CaO}$ melt
Petrov V.A., Chernyshov A.P.
The determination of temperature during measurement of the emissivity of materials by the drop-furnace technique, based on the correlations between the components of thermal radiation
Vasil'eva I.A., Vladimirov V.I., Dozhdikov V.S., Petrov V.A.
The high-speed spectroscopy method for the investigation of the emessivity of semitransparent materials in a wide range of its variation
Dozhdikov V.S., Petrov V.A.
The development of a high-speed sectroscopy method for investigating the emissivity of electrically nonconducting materials at high temperatures
Dozhdikov V.S., Petrov V.A.
Combined radiative-conductive heat transfer in high-temperature fibrous heat insulation of reusable orbital space vehicles
Galaktionov A.V., Petrov V.A., Stepanov S.V.
The temperature dependence of the spectral absorption coefficient of zinc sulfide in the infrared range of the semitransparent region
Zapadaeva T.E., Moiseev S.S., Petrov V.A., Savushkin V.N., Stepanov S.V.
The spectral and temperature dependence of the absorption coefficient of magnesium oxide in the semitransparency range
Petrov V.A.
The setup for determining the absorption coefficient by the method of temperature waves
Vorob'ev A.Yu., Galaktionov A.V., Petrov V.A., Titov V.E., Chernyshov A.P.
A comparative analysis of two modifications of the method of temperature waves for measuring the thermal diffusivity of heat-insulating materials
Galaktionov A.V., Petrov V.A., Stepanov S.V., Ulybin S.A.
Thermal radiation characteristics of magnesium oxide during its heating to temperatures corresponding to its intensive vaporization
Vorob'ev A.Yu., Petrov V.A., Titov V.E., Chernyshov A.P.
Temperature dependence of the IR spectral absorption coefficient of lithium, magnesium, potassium, and barium–fluoride single crystals
Petrov V.A., Zapadaeva T.E.
Investigation of the melting and solidification temperatures of magnesia during radiant heating with a $\mathrm{CO}_2$ laser
Val'yano G.E., Vorob'ev A.Yu., Petrov V.A., Titov V.E., Chernyshov A.P.
Measurement of the high-temperature diffusivity of thermal insulation materials by the method of temperature waves
Ulybin S.A., Petrov V.A.
Experimental determination of the optical properties of fibrous quartz thermal insulation
Kondratenko A.V., Moiseev S.S., Petrov V.A., Stepanov S.V.
Effective absorption coefficient and diffusion coefficient of radiation in strongly scattering materials
Moiseev S.S., Petrov V.A., Stepanov S.V.
Method of determining the effective absorption coefficient and diffusion coefficient of radiation in strongly scattering materials. Experiment
Moiseev S.S., Petrov V.A., Stepanov S.V.
Experimental study of the condensation of high-melting oxides during the surface heating of a target in air by laser radiation
Vorob'ev A.Yu., Petrov V.A., Titov V.E., Chernyshov A.P.
Temperature dependence of the absorption coefficient of fluorides of calcium and lithium in the translucent region
Zapadaeva T.E., Moiseev S.S., Petrov V.A., Sinev A.N.
Influence of the melt thermal conductivity on temperature fields in aluminum oxide upon heating by concentrated laser radiation
Bityukov V.K., Petrov V.A., Smirnov I.V.
Petrov V.A., Chekhovskoi V.Ya., Sheindlin A.E.
Petrov V.A., Chekhovskoi V.Ya., Sheindlin A.E., Nikolaeva V.A., Fomina L.P.
Petrov V.A., Chekhovskoi V.Ya., Sheindlin A.E.
Petrov V.A.
Chekhovskoi V.Ya., Petrov V.A.
Vinnikova A.N., Petrov V.A., Sheindlin A.E.
Petrov V.A., Chekhovskoi V.Ya., Dymov B.K., Emyashev A.V.
Sheindlin A.E., Petrov V.A., Vinnikova A.N., Nikolaeva V.A.
Petrov V.A., Chekhovskoi V.Ya., Dymov B.K., Kilin V.S.
Emissivity of zirconium diboride
Vinnikova A.N., Petrov V.A., Sheindlin A.E.
Specific electrical resistivity of yttrium
Petrov V.A., Chekhovskoi V.Ya.
Experimental determination of the radiating power of pyrolytic graphite
Chekhovskoi V.Ya., Petrov V.A., Petrova I.I., Lyukshin E.N.
Thermal Conductivity of Pyrographite at High Temperatures
Chekhovskoi V.Ya., Petrov V.A., Petrova I.I., Lyukshin E.N.
Specific Electrical Resistivity of Pyrographite
Petrov V.A., Petrova I.I., Chekhovskoi V.Ya., Lyukshin E.N.
Chekhovskoi V.Ya., Petrov V.A., Petrova I.I.
Petrov V.A., Radzyukevich T.E.
Petrov V.A., Reznik V.Yu.
Petrov V.A., Reznik V.Yu.
Petrova I.I., Petrov V.A., Ermakov B.G., Sokolov V.V.
Petrov V.A., Stepanov S.V.
Belyaev V.D., Vanyushin A.V., Petrov V.A., Romanova G.I.
Petrov V.A., Chekhovskoi V.Ya.
Petrov V.A., Vishnevetskaya I.A.
Emissivity of stoichiometric zirconium carbide
Petrov V.A., Radzyukevich T.E., Sokolov V.V.
Method of investigation and experimental device for measuring the coefficient of thermal conductivity of refractory compounds
Vishnevetskaya I.A., Petrov V.A.
Dvurechenskii A.V., Petrov V.A., Reznik V.Yu.
Dvurechenskii A.V., Petrov V.A., Reznik V.Yu.
Lingart Yu.K., Petrov V.A.
Vanyushin A.V., Levenfeld G.Yu., Petrov V.A.
Stepanov S.V., Petrov V.A., Bityukov V.K.
Dvurechenskii A.V., Mukhamedyarov K.S., Petrov V.A., Reznik V.Yu.
Emissivity of stoichiometric zirconium and titanium carbides at high-temperatures
Zapadaeva T.E., Petrov V.A., Sokolov V.V.
Bityukov V.K., Petrov V.A., Stepanov S.V.
Theoretical basis of the contactless method of determining the thermal-conductivity of partially transparent materials
Bityukov V.K., Petrov V.A., Stepanov S.V.
Emissivity and electrical-conductivity of stoichiometric titanium nitride at high-temperatures
Zapadaeva T.E., Petrov V.A.
Zapadaeva T.E., Petrov V.A., Sokolov V.V.
Temperature-dependence of the high-temperature electrical-resistivity of specimens of the system $\mathrm{ZrC}$–$\mathrm{C}$ obtained by chemical gas-phase deposition
Zapadaeva T.E., Petrov V.A.
Experimental-study of the temperature distributions in white sapphire single-crystals
Lingart Yu.K., Petrov V.A.
Andrianova V.G., Petrov V.A., Reznik V.Yu.
Optical-properties of leucosapphire at high-temperatures. I. Translucent region
Lingart Yu.K., Petrov V.A., Tikhonova N.A.
Andrianova V.G., Goryachkovskii Yu.G., Petrov V.A., Reznik V.Yu., Filin Yu.V.
Optical-properties of leucosapphire at high-temperatures. II. Single-crystal properties in the opaque region and properties of the melt
Lingart Yu.K., Petrov V.A., Tikhonova N.A.
Optical-parameters of gadolinium gallium garnet
Andrianova V.G., Dozhdikov V.S., Obukhov O.Yu., Petrov V.A., Reznik V.Yu., Sevryukov O.N.
Determination of the coefficient of thermal-conductivity of silica glass by the contactless flat-plate method at $900$–$1500$-degrees-K
Bityukov V.K., Petrov V.A., Stepanov S.V.
Temperature patterns in white sapphire crystals
Lingart Yu.K., Petrov V.A., Tikhonova N.A.
Emissivity of stoichiometric hafnium carbide at high temperatures
Zapadaeva T.E., Petrov V.A., Sokolov V.V.
Surface Temperature Measurement for Some Semitransparent Materials
Lingart Yu.K., Petrov V.A.
Petrov V.A., Petrova I.I., Neshpor V.S., Fridlender B.A., Kapralov V.K., Belik R.V.
Effect of differences in bound water content on emissive characteristics of quartz glasses
Vanyushin A.V., Petrov V.A., Reznik V.Yu., Stepanov S.V.
Radiation characteristics of fused quartz. Integrated emissivity
Petrov V.A., Stepanov S.V.
Radiative characteristics of fused quartz. Angular and polarization characteristics
Petrov V.A., Stepanov S.V.
Experimental investigation of the spectral absorptance of quartz glasses in the wavelength region $0.25$–$1.25$ $\mu$m at high temperatures
Vanyushin A.V., Petrov V.A.
High-temperature darkening of fused silica and absorption-spectrum measurement
Vanyushin A.V., Petrov V.A., Sheindlin A.E.

The journal publishes original papers and reviews in properties and processes in low-temperature plasmas; thermophysical properties of substances including pure materials, mixtures and alloys; phase equilibria; heat and mass transfer phenomena in particular by forced and free convections, boiling and condensation processes, radiation and complex heat transfer; methods and instruments of experimental techniques; high temperature installations and equipment for power engineering applications and more.

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