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Plasma Investigations
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Dependence of parameters of a radio-frequency closed electron drift accelerator on the radio-frequency capacitive discharge circuit
I. I. Zadiriev, G. V. Shvydkiy, K. V. Vavilin, E. A. Kral'kina, A. M. Nikonov
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3–10 |
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Dust flows in nonlinear dust-acoustic waves in plasma
A. E. Dubinov, I. N. Kitayev
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11–17 |
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Dynamics of heat fluxes in a channel area heated by a pulsed high-current discharge
I. A. Znamenskaya, E. Yu. Koroteeva, E. A. Karnozova, T. A. Kuli-zade
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18–23 |
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Thermophysical Properties of Materials
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Determination of the melting temperature of minerals from the kinetic parameters of ionic conductivity (a case study of phlogopite)
A. A. Guseinov
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24–29 |
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Thermodynamic calculation of the electron–ion composition of the saturated vapor of ion crystals
E. L. Osina, M. I. Nikitin, E. V. Skokan, S. B. Osin
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30–35 |
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Temperature dependence of thermophysical properties and changes in the thermodynamic functions of $\rm Mg$–$\rm La$ system alloys
I. N. Ganiev, A. G. Safarov, E. S. Dodkhoev, K. Boturov, U. Sh. Yakubov, F. Kholmurodov
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36–40 |
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High-temperature thermophysical properties of alloys of the nickel–vanadium system in solid state
E. R. Akhtyamov, V. I. Gorbatov, A. D. Ivliev, V. F. Polev, А. А. Kurichenko
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41–50 |
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Thermodynamic consistency of the melting point parameters for osmium
L. R. Fokin, E. Yu. Kulyamina, V. Yu. Zitserman
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51–56 |
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Thermophysical properties of tantalum–tungsten substitution and interstitial alloys in the temperature range $1000$–$2500$ K
A. V. Rumyantsev
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57–67 |
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Heat and Mass Transfer and Physical Gasdynamics
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Influence of the surface morphology of soot particles on their growth kinetics: A molecular dynamics study
K. D. Goldshteyn, M. A. Logunov, D. O. Potapov, N. D. Orekhov
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68–74 |
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Numerical simulation of turbulent flow in a rotating rectangular $90^{\circ}$ bend channel
V. D. Golubkov, A. V. Garbaruk
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75–82 |
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Mathematical modeling of heat transfer in composite materials under fire conditions
D. P. Kasymov, V. V. Perminov, A. A. Shevlyakova, A. S. Yakimov
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83–90 |
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Dependences of flame propagation characteristics on heterogeneous reactions of intermediate particles
V. V. Azatyan, V. M. Prokopenko, E. E. Son, S. K. Abramov
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91–97 |
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Response of gas bubbles in spherical clusters to a single underpressure pulse
A. A. Aganin, I. A. Aganin, A. I. Davletshin, R. I. Nigmatulin
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98–107 |
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Thermal explosion of single particles in a random medium-temperature field
I. V. Derevich, A. K. Klochkov
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108–117 |
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Heat conduction problem for a nonstationary point heat source in a plane-layered medium
A. B. Petrin
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118–129 |
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Developing a model of condensation under zero- and nonzero-gravity conditions for miniature loop heat pipes
A. A. Velikanov, D. N. Ilmov, S. B. Kudryakov, O. A. Nagornova, V. V. Sobolev
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130–139 |
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New Energetics
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Simulation of the metal hydride utilization cycle in a fuel cell with a high-temperature proton exchange membrane
A. Z. Zhuk, P. P. Ivanov
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140–144 |
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Short Communications
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Gas and aerosol resonance oscillations in an open pipe with an abrupt change in cross section
D. A. Gubaidullin, R. G. Zaripov, L. A. Tkachenko, L. R. Shaidullin, S. A. Fadeev
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145–148 |
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Physical and mathematical modeling of the temperature distribution along the length of oil source rocks under microwave irradiation
R. R. Zinnatullin, A. A. Musin, I. V. Gajsin, B. A. Usmanov
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149–152 |
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In the World of Thermophysics
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О монографии В.Ф. Формалева, С.А. Колесника “Математическое моделирование сопряженного теплопереноса между вязкими газодинамическими течениями и анизотропными телами” (изд. 2-е, испр. и сущ. доп. М.: Ленанд, $2022$. $348$ с.)
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153 |
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Тематический указатель тома 60, 2022 г.
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154–160 |
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