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Magnitnaya Gidrodinamika 5, 3 (1969)
General and theoretical problems
| Rus. | En. | ||
A. G. Ryabinin and
A. I. Khozhainov.
Non-steady-state magnetohydrodynamic flow in channels
| 3 | 1 | |
N. N. Kalitkin and
L. S. Tsareva.
An approximate theory of magnetic pile-up
| 8 | 5 | |
V. A. Briskman and
G. F. Shaidurov.
Parametric excitation of fluid instability in magnetic and electric fields
| 15 | 10 | |
A. L. Genkin,
L. A. Kudryashova and
G. S. Sukhov.
Non-steady-state plasma flow in the magnetogasdynamic channel of a shock tube
| 20 | 13 | |
V. I. Vishnyakov,
A. M. Makarov and
K. B. Pavlov.
Thermodynamics of a built-in single-component two-phase MHD generator
| 27 | 17 | |
A. Gailitis.
Magnetic field excitation by a system of submerged jets
| 31 | 20 | |
B. V. Chekin and
E. M. Shchelukhin.
Electromagnetic forces in a conducting fluid in the presence of crossed electric and magnetic fields
| 38 | 25 | |
D. V. Sharikadze.
Non-steady-state flow of a weakly conducting fluid caused by rotation of a disk
| 43 | 28 | |
E. A. Tropp.
Flow of a conducting fluid in a traveling magnetic field with matched and opposed inductors
| 47 | 31 | |
Ya. G. Sapunkov.
Magnetic boundary layer on a plate at small magnetic Prandtl numbers
| 52 | 34 | |
R. A. Petrovich and
L. Ya. Ulmanis.
Laminar flow of an electrically conductive fluid between parallel planes in a traveling magnetic field
| 57 | 37 | |
G. G. Branover,
Yu. M. Gel'fgat,
S. V. Turuntaev and
A. B. Tsinober.
Effect of a transverse magnetic field on velocity perturbations behind a circular cylinder swept by an electrolyte
| 63 | 41 | |
A. I. El'kin and
E. I. Yantovskii.
The volt-ampere characteristics of an MHD generator with a fixed direction for the electric field and a single load
| 74 | 47 | |
S. E. Dvorchik.
Self-oscillations in a single-phase conduction MHD generator
| 81 | 52 | |
S. E. Dvorchik.
Multiphase inductive excitation MHD generators
| 85 | 55 | |
R. R. Krishberg and
G. Ya. Sermons.
Calculation of the electromagnetic field in the channel of a model active-type MHD generator
| 90 | 58 | |
A. M. Andreev,
V. A. Glukhikh,
V. P. Ostapenko and
G. T. Semikov.
Investigation of the longitudinal edge effect on the model of a cylindrical linear induction pump
| 100 | 62 | |
I. E. Tarapov.
Theory of magnetohydrodynamic lubrication
| 104 | 65 | |
A. K. Veze.
Theory of the electromagnetic trough
| 109 | 70 | |
A. T. Belevtsev,
G. F. Muchnik,
V. A. Nesterov and
I. B. Rubashov.
Use of gaseous disperse media in electrogasdynamic generators
| 112 | 73 | |
V. S. Yakovlev,
V. P. Polishchuk,
M. R. Tsin and
V. I. Shekhovtsov.
Effect of electromagnetic-load relationships on characteristics of a two-zone magnetodynamic pump
| 117 | 76 | |
Yu. A. Kazachkov and
I. I. Shipulin.
Effect of the method of automatic regulation of an inverter on a Faraday segmented MHD generator
| 122 | 80 | |
V. S. Makarov and
A. Kh. Cherkasskii.
Pressure-consumption characteristics and efficiency of a thermoelectromagnetic pump
| 127 | 84 |
Brief communications
| Rus. | En. | ||
N. V. Markovskii.
Positive electrical discharge column in a ring railotron with a traveling magnetic field
| 132 | 89 | |
T. Dzhuzumkulov.
Unsteady one-dimensional magnetohydrodynamic motions in a constant gravitational field
| 134 | 92 | |
L. P. Gorbachev and
E. P. Potanin.
MHD boundary layer on a disk rotating in a uniform axial flow
| 137 | 95 | |
J. C. R. Hunt,
G. G. Branover and
Yu. M. Gel'fgat.
Magnetohydrodynamic flow in a rectangular channel with walls of finite conductivity
| 139 | 98 | |
V. F. Vasil'ev and
I. V. Lavrent'ev.
Potential distribution in an MHD channel with thin conducting walls
| 142 | 101 | |
G. T. Semikov.
Direct-current low-power conduction pump
| 143 | 103 | |
A. M. Andreev,
V. A. Glukhikh,
V. V. Ivanov,
V. P. Ostapenko and
G. T. Semikov.
Design and operation of bladed induction pumps
| 145 | 105 | |
T. K. Kalnin'.
Role of the higher spatial harmonics in induction MHD machines with channels of finite width
| 147 | 107 | |
U. A. Ratnieks and
K. K. Tabaks.
Electrical simulation of the temperature field in MHD devices, with consideration of the nonlinearity of thermal properties
| 149 | 109 | |
Yu. K. Zander.
Regime reversibility in an ideal conduction MHD channel
| 151 | 112 | |
I. G. Fiks.
Distribution of the magnetic field in the sensor channel of an electromagnetic flowmeter
| 153 | 115 | |
Ivan Lukich Povkh
| 156 | 118 |