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Ring structure of beams accompanying self-action of electromagnetic waves in a plasma
A. F. Mastryukov
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3–7 |
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Transformation of the Bennet distribution in a rarefied gas
Yu. B. Movsesyants, A. S. Chikhachev
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7–12 |
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Cathodic voltage drop in a non-self-sustained discharge
N. M. Maslennikov
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12–18 |
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Photoelectronic method for measuring time-of-flight signals
A. E. Belikov, E. S. Voronel', Ya. Ya. Tomsons, S. Ya. Khmel', R. G. Sharafutdinov
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18–24 |
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Extension of the dynamic range for recording images with microchannel plates
A. F. Sorokin
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24–28 |
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Limitation of cumulative processes in the collapse of a bubble in a liquid
V. V. Ermakov
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28–30 |
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Flow about a cylinder in a narrow gap at high velocities
V. D. Zhak, V. E. Nakoryakov, S. A. Safonov
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30–34 |
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Determination of conditions of cavitation inception on bodies in a flow with separation and attachment of the boundary layer
È. L. Amromin, V. K. Aleksandrov, Yu. L. Levkovskii
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34–40 |
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Vortex structure of a wake behind a sphere in a stratified fluid
E. Ya. Sysoeva, Yu. D. Chashechkin
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40–46 |
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Model of the penetration of an upper uniform layer into a stratified fluid
V. Yu. Lyapidevskii
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47–52 |
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Modeling of equilibrium forms of liquid drops in graphoepitaxy from solutions
Yu. V. Apanovich, V. I. Klykov
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52–59 |
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Nonstationary thermocapillary drift of a drop of viscous liquid
L. K. Antanovskii, B. K. Kopbosynov
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59–64 |
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Stability of steady-state flow of a liquid with a heavy impurity
A. B. Burmistrova, O. N. Dementiev
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65–68 |
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Nonisothermal Couette flow of a non-Newtonian fluid under a pressure gradient
G. V. Zhizhin
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69–71 |
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Modeling cascade processes in two-dimensional turbulent convection
P. G. Frick
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71–79 |
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Modeling turbulent transfer in a channel by means of point vortices
P. I. Geshev, B. S. Ezdin
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79–84 |
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Solution of coupled heat-transfer problems in flow about bodies of different shapes
V. I. Zinchenko, E. N. Putyatina
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85–93 |
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Continuum-discrete model of a mixture of gas and solid particles for small concentration of particles
S. P. Kiselev, V. M. Fomin
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93–101 |
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Calculation of the nonequilibrium parameters of air at the surfaces of models and in the wakes behind them for the conditions of aeroballistic experiments
I. G. Eremeytsev, N. N. Pilyugin
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101–111 |
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Intensely radiating, supercritical shock waves
I. V. Nemtchinov, I. A. Trubetskaya, V. V. Shuvalov
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112–119 |
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Gasdynamic mechanism of pressure limitation behind focusing shock waves
A. V. Potapkin, Yu. N. Yudintsev
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119–125 |
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Optimal control of one-dimensional impact onto an inhomogeneous porous material
È. I. Andriankin, A. L. Glebov
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125–133 |
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Shock wave structure in a mixture of gas and melting particles
A. V. Fedorov, V. M. Fomin
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133–138 |
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Time-frequency characteristics of an elastic wave radiated by a camouflet explosion
A. A. Zverev, E. E. Lovetskii, V. S. Fetisov
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139–143 |
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Penetration of a target by an explosion in the impulse-hydrodynamic mode
A. V. Rubinovskii
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143–146 |
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Dynamic failure in the extensive plastic-strain range
A. G. Ivanov
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146–151 |
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Stability of an expanding viscoelastic shell subject to aging
N. Kh. Arutyunyan, M. N. Mikhailov, V. D. Potapov
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151–160 |
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Growth of plastic strain at the vertex of a crack in a crystal in antiplanar shearing
D. N. Karpinskii, S. V. Sannikov
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160–164 |
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