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Plasma Investigations
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Emission and conductivity of a plasma jet of a diaphragm discharge in vacuum
E. V. Kalashnikov
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339–345 |
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The behavior of volume discharge contraction in helium at atmospheric pressure
V. S. Kurbanismailov, O. A. Omarov
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346–350 |
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Determination of the recombination rate constant for electrons with krypton ions from the results
of ballistic experiments
N. N. Pilyugin, A. N. Pilyugin
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351–358 |
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Thermophysical Properties of Materials
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The density of some perfluorocarbons in a wide range of state parameters
M. R. Mustafaev, Ya. M. Naziev, M. K. Kagramanov
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359–366 |
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The heat capacity of gadolinium in the vicinity of the temperature of hcp-bcc transformation: determination by the method of temperature waves
V. V. Morilov, A. D. Ivliev
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367–372 |
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The thermal conductivity and structure of porous, highly dispersed powder metals compacted by compression
Yu. A. Kovalenko, V. A. Gruzdev, Yu. A. Vesloguzov
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373–377 |
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The thermodynamic properties of a $\mathrm{Mn}_{0.73}\mathrm{Si}_{0.27}$ alloy
V. Ya. Chekhovskoi, Yu. V. Gusev
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378–381 |
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The thermal and electric properties of lanthanum sulfides with samarium admixtures at high temperatures
G. G. Gadzhiev, A. A. Kamarzin, M. A. Aidamirov
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382–385 |
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Heat and Mass Transfer and Physical Gasdynamics
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An experimental investigation of the specific features of homogeneous condensation in the field of laser radiation
M. V. Brykin, I. A. Gudilin, A. V. Kirillin, B. I. Samsonov
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386–394 |
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The statistical method of recovering the thermal properties by experimentally obtained temperature values
F. A. Krivoshei
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395–399 |
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Combination of air flows initiated in the atmosphere by a group of surface thermals
E. I. Andriankin, V. A. Andrushchenko, A. A. Gorbunov
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400–403 |
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Reynolds analogy in the absence of sticking at the flow boundary
A. A. Sulatskii
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404–409 |
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Heat transfer and friction resistance at the turbulent flow in a flat curvilinear channel
E. P. Valueva, V. N. Popov
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410–421 |
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Turbulent boundary layer on a flat plate
Yu. V. Lapin, V. A. Pospelov
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422–429 |
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Formation of amorphous metallic particles during aerodynamic cooling
D. S. Mikhatulin, Yu. V. Polezhaev, D. L. Reviznikov, V. V. Rusakov
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430–436 |
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Mathematical models of subsonic Laval nozzles of laser-plasma accelerators
S. T. Surzhikov
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437–451 |
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Suppression of detonation in hydrogen-air mixture
V. V. Belikov, G. V. Belikova, V. M. Goloviznin, V. N. Semenov, L. P. Starodubtseva, A. L. Fokin
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452–457 |
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The mechanism of high-temperature failure of rubbery heat-reflecting materials in the field of mass inertia forces
A. N. Garashenko, G. V. Kuznetsov, A. I. Tkachev
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458–462 |
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High Temperature Apparatuses and Structures
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Power facility with a built-in multipolar MHD generator
K. L. Kovalev, T. A. Markina
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463–472 |
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Initiation of electric current in the high-velocity armature of a railgun
V. E. Ostashev, S. A. Startsev, A. V. Ul'yanov, B. D. Yankovskii
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473–478 |
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Short Communications
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The effective potential and electron–proton scattering cross-sections for quasi-classical hydrogen plasma
F. B. Baimbetov, M. A. Bekenov, T. S. Ramazanov
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479–482 |
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The calculation of the transport properties of two-temperature, partly ionized magnetic plasma with biomolecular reactions by the generalized Enskog method. Part I
B. V. Alekseev, I. T. Grushin, L. P. Grushina
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482–486 |
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The heat capacity of $\mathrm{La}_3\mathrm{SbO}_7$ and $\mathrm{Nd}_3\mathrm{SbO}_7$ in the temperature interval of $298.15$–$673$ Ê
B. K. Kasenov, R. S. Tezekbaeva, Sh. B. Kasenova, E. S. Mustafin
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486–487 |
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Extinction measurements in optically dense media at different aperture angles of the photodetector
O. S. Vaulina, O. F. Petrov, A. A. Samaryan, A. V. Chernyshev
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487–489 |
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On the emergence of free convection in eddy electric currents
V. G. Zhilin, Yu. P. Ivochkin, V. S. Igumnov, A. A. Oksman
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490–491 |
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Modeling of simple reversible reactions on porous catalyst granules with regard for heat and mass transfer between the catalyst and surrounding reaction mixture
V. V. Andreev
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492–495 |
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Letter
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Some remarks concerning the paper by I.V Krasnoslobodtsev on "Uniform isotropic two-dimensional flow of a conducting liquid in a constant perpendicular magnetic field at small magnetic Reynolds numbers and some problems of controlling the conductivity" (Teplofiz. Vys. Temp., 1994, vol. 32, no. 5, p. 788: High. Temp., p. 737)
A. L. Tseskis
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496 |
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