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Plasma Investigations
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Acoustic instability of a nonisothermal plasma in a magnetic field
A. V. Nedospasov, S. V. Pashkin
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457–461 |
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Electrode potential falls and resistance of zirconium oxide- base electrodes in a flow of ionized gas
Yu. M. Zelikson, A. B. Ivanov, V. V. Kirillov, E. P. Reshetov, B. D. Flid
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462–467 |
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Calculation of the parameters of an optically dense plasma obtained by a discharge with an evaporating wall
N. N. Ogurtsova, I. V. Podmoshenskiĭ, P. N. Rogovtsev
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468–474 |
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Disequilibrium in an argon plasma jet from a high-frequency induction discharge at atmospheric pressure
S. V. Dresvin, V. S. Klubnikin
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475–482 |
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Anomalously high emission of a thermionic cathode in an arc discharge in inert-gas media
A. M. Dorodnov, N. P. Kozlov, Ya. A. Pomelov
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483–487 |
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Characteristics of a long induction discharge in argon at atmospheric pressure
V. N. Soshnikov, E. S. Trekhov, A. F. Fomenko, Yu. M. Khoshev
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488–492 |
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Optical transmission of a nonequilibrium plasma
N. G. Preobrazhenskii, T. A. Sharapova
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493–496 |
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Experimental investigation of the spectral characteristics of the Venusian atmosphere at high temperatures
A. A. Kon'kov, S. G. Kulagin
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497–504 |
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Thermophysical Properties of Materials
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Dissociation energies of molecules of monoxides of alkali metals ion model
A. V. Gusarov, L. N. Gorokhov
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505–512 |
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Transport coefficients for monatomic vapors of alkali metals
B. M. Smirnov, M. I. Chibisov
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513–516 |
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Measurement of degree of blackness of small specimens of inorganic materials
A. G. Romashin, A. A. Borzykh, B. E. Tikhonov, V. G. Ver`ovka, Yu. M. Potapov
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517–521 |
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Influence of the geometric characteristics of the relief of the surface of a solid on its radiation properties (determination of the roughness factor). I. Theory
S. G. Agababov, L. I. Eksler
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522–526 |
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Method of formulating the fundamental equations of state for pure substances from varied experimental data
V. V. Altunin, O. G. Gadetskiy
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527–534 |
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Properties of titanium at temperatures above $1000^{\circ}$ K
A. V. Arutyunov, S. N. Banchila, L. P. Filippov
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535–538 |
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Experimental study of some physical properties of hafnium at high temperatures
V. E. Peletskii, V. P. Druzhinin
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539–545 |
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Coefficients of thermal expansion of cubic ($\rm NaCl$ type) oxycarbides and oxynitrides of zirconium and hafnium
Yu. G. Zainulin, S. I. Alyamovskii, G. P. Shveikin, P. V. Geld
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546–549 |
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Heat Transfer, Fluid Mechanics, Gas and Plasma
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Flow parameters behind shock waves in carbon dioxide, nitrogen, and mixtures of these
I. M. Naboko, T. V. Bazhenova
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550–556 |
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The small-parameter method in quasilinear transient heat conduction with substantial nonlinear it ies
L. A. Kozdoba, V. L. Chumakov
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557–562 |
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Heat transfer and drag in a circular tube during laminar flow of a gas with variable properties. Part 3. Calculated results for constant heat flux at the wall
V. D. Vilenskii, B. S. Petukhov, B. E. Kharin
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563–570 |
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Boundary layer on a plate heated by radiation
V. V. Ivanov, I. L. Dunin
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571–574 |
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Bulk vapor production by a laser beam acting on a metal
N. N. Rykalin, A. A. Uglov
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575–582 |
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Study of mass transfer in steam- generating channels by the “salt method”
M. A. Styrikovich, V. S. Polonskii, E. K. Bezrukov
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583–590 |
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Investigation of the conditions of precipitation of drops from the core of a dispersed steam- water flow onto a wall liquid film
V. E. Doroshuk, L. L. Levitan
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591–596 |
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Bubble growth rate during the boiling of nitrogen on different metallic heating surfaces
V. A. Grigor'ev, Yu. M. Pavlov, E. V. Ametistov
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597–599 |
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Condensation of additions of potash and potassium sulfate from a flow of combustion produts
K. M. Aref'ev, V. M. Borishanskii, N. I. Ivashenko, A. V. Korol`kov, I. I. Paleev, B. M. Khomchenkov
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600–605 |
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Methods of Measurements and Methods of Experimental Investigation
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Study of the model of a two-phase flow using an optical quantum generator (laser)
V. A. Golovin, N. P. Konyaeva, B. S. Rinkevichius, G. M. Yanina
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606–610 |
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Apparatus for the investigation of thermal diffusivity and true specific heat of metals
V. V. Kurepin, S. E. Buravoy, E. S. Platunov
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611–616 |
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Statistical analysis of the signal and noise pulses of the LI-602 image dissector
L. M. Diamant, A. M. Iskol`dskiy, M. I. Kudr`ashov, Yu. E. Nesterikhin
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617–621 |
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High Temperature Apparatuses and Structures
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Apparatus for measuring the temperature conductivity of materials by the method of flat temperature waves
G. I. Petrunin, R. P. Yurchak
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622–626 |
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Short Communications
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Electron concentration patterns in xenon flash lamps
M. M. Popovich, V. V. Uroshevich
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627–628 |
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Use of an electric-discharge shock tube to obtain a nonideal plasma
B. N. Lomakin, V. E. Fortov, O. E. Shchekotov
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628–631 |
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Investigation of parameters of a high-frequency discharge in a magnetic field in the presence of a gas flow
V. A. Shuvalov, V. P. Bass
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631–633 |
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Quasi stationary plasma produced by current pulses in nitrogen and argon
O. A. Malkin, A. V. Pyshnov
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633–635 |
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Measurement of latent heats of fusion for refractory metals
S. V. Lebedev, A. I. Savvatimskii, Yu. B. Smirnov
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635–638 |
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Behavior of the compressibility of cesium and mercury beyond the critical region
S. P. Vetchinin, Yu. S. Korshunov
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639–640 |
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Measurement of the vapor pressure of mercury by the boiling-point method
É. É. Shpil'rain, E. V. Nikanorov
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640–643 |
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High-temperature enthalpy and specific heat of erbium sesquioxide
D. Sh. Tsagareishvili, G. G. Gvelesiani
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643–644 |
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Limitations to the use of the cell model in deriving the equation of state of a dense liquid
V. A. Abovskiy
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644–646 |
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Some thermophysical parameters of sulfate scale
E. I. Nevstrueva, I. M. Romanovskiy
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646–649 |
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Temperature waves in a semiinfinite space with radiative heat transfer
O. V. Likholetov, G. P. Boikov
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649–650 |
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Optical tagging in liquid velocity-distribution measurement
Yu. N. Vlasov, A. M. Trokhan
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650–652 |
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Electron-diffraction determination of the integrated emissivity of thin films
B. T. Boyko, V. M. Bratsikhin, A. T. Pugachev
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652–654 |
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Effects of purity and high temperatures on the thermoelectric characteristics of molybdenum
I. P. Druzhinina, A. A. Fraktovnikova, T. M. Vladimirskaya
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654–656 |
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Report of the working group of CODAÒÀ on key quantities for thermodynamics
S. Sunner
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657–661 |
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