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Magnitnaya Gidrodinamika 4, 4 (1968)
General and theoretical problems
| Rus. | En. | ||
E. I. Yantovskii.
One-dimensional flow of a magnetized fluid
| 3 | 1 | |
M. B. Amitin,
L. A. Vulis,
A. L. Genkin and
L. A. Kudryashova.
Nonsteady flow of mercury through a through in a transverse magnetic field
| 10 | 6 | |
L. A. Vulis,
V. V. Gnatyuk,
T. A. Paramonova and
B. A. Fomenko.
Resistance in the flow of a liquid metal through channels in a transverse magnetic field
| 19 | 12 | |
S. A. Gorbatkov.
Two-dimensional flow of an anisotropic conducting incompressible fluid in axisymmetric channels with a longitudinal-transverse magnetic field
| 29 | 21 | |
G. G. Branover,
A. S. Vasil'ev and
E. V. Shcherbinin.
Experimental study of turbulence suppression by a transverse magnetic field in tubes of special configuration
| 39 | 27 | |
L. M. Dronnik and
I. M. Tolmach.
The empirical approximation of the hydraulic-resistance coefficient in a traveling magnetic field
| 44 | 30 | |
D. V. Sharikadze.
Flow past a plate in the presence of an applied magnetic field
| 53 | 36 | |
K. E. Dzhaugashtin.
Propagation of axisymmetric turbulent jet of an electrically conductive fluid in a longitudinal magnetic field
| 56 | 38 | |
G. K. Ermolaeva and
Yu. A. Sokovishin.
A jet of a conductive fluid at a wall in a transverse magnetic field
| 59 | 40 | |
K. E. Dzhaugashtin.
The distribution of pulsation energy in an axisymmetric turbulent jet of an electrically conductive fluid, propagating in a longitudinal magnetic field
| 64 | 43 | |
O. A. Sinkevich.
Penetration of a magnetic field through a shock wave
| 71 | 48 | |
E. A. Tropp.
Laminar flow of a viscous conducting fluid between parallel walls in a traveling magnetic field
| 75 | 51 | |
U. I. Ivanov.
Transport coefficients for nonuniform systems in an electromagnetic field
| 83 | 56 | |
A. S. Pleshanov.
The conductivity of a charged plasma in a magnetic field
| 93 | 64 | |
A. M. Andreev,
V. A. Glukhikh and
I. R. Kirillov.
Experimental study of single-wave MHD machines
| 98 | 68 | |
A. M. Andreev.
The longitudinal fringe effect in the primary circuit of a linear MHD machine
| 103 | 71 | |
B. L. Birger,
A. Ya. Vilnitis and
V. S. Gorovits.
Calculation of the field in the winding zone of flat linear-induction MHD machines with allowance for the finite permeability of the iron
| 109 | 75 | |
Yu. P. Kos'kin.
Current distibution in an MHD channel with continuous electrodes of finite resistance
| 113 | 78 | |
Yu. A. Kazachkov.
Steady-state mode of a Faraday segmented MHD generator for nonnominal plasma input parameters
| 116 | 80 | |
E. B. Benenson.
End effects in a magnetogasdynamic channel with finite terminal insulators
| 119 | 82 | |
N. I. Akatnov and
A. P. Kuznetsov.
Compression of a magnetic field by a cylindrical conducting blanket of fluid
| 124 | 85 | |
Yu. Krumin and
A. Mikel'son.
Effectiveness of using external ferromagnetic packets in cylindrical "coreless" pumps
| 129 | 88 | |
Z. D. Chernyi.
Vibration treatment of liquid metals with electromagnetic forces
| 133 | 91 | |
V. A. Kinareevskii.
Flow of a conducting fluid near a nonconducting sphere in the presence of crossed electric and magnetic fields
| 137 | 94 | |
V. F. Gubarev and
Yu. P. Ladikov-Roev.
Effect of dissipative processes in a housing on the stability of the boundary of a liquid metal confined in a vacuum by a variable magnetic field
| 143 | 98 |
Brief communications
| Rus. | En. | ||
L. R. Starominskii and
I. M. Tolmach.
Use of the Montardi scheme with segmented electrodes for MHD devices with an isotropically conducting working fluid
| 152 | 103 | |
G. A. Baranov,
V. A. Glukhikh and
A. V. Tananaev.
Results of hydraulic investigation of a cylindrical electromagnetic pump
| 153 | 104 |