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Magnitnaya Gidrodinamika 1, 4 (1965)
General and theoretical problems
| Rus. | En. | ||
N. M. Okhremenko.
Traveling-field induction pumps
| 3 | 1 | |
V. V. Balyberdin and
V. G. Papkovich.
Passage of alternating current through a plasma vortex
| 24 | 15 | |
G. E. Markvardt.
Study of the motion of a plasmoid by the SHF method
| 27 | 17 | |
A. G. Litvak.
Influence of high-frequency field on transverse wave propagation in a magnetoactive plasma
| 31 | 20 | |
N. V. Saltanov and
V. S. Tkalich.
Nonstationary one-dimensional problem of magnetogasdynamics. Riemann waves
| 35 | 23 | |
V. E. Kozyrenko.
Variational principles in magnetohydro- and aerodynamics
| 41 | 27 | |
K. N. Ul'yanov.
Cross sectional concentration distribution in a nonequilibrium confined plasma
| 45 | 29 | |
B. V. Parfenov and
S. A. Regirer.
Pipe flow of an electrolyte in a magnetic field
| 50 | 32 | |
E. I. Yantovskii.
Intrinsic magnetic field in the one-dimensional flow of an electrically conducting fluid
| 53 | 34 | |
A. P. Zambran.
Possibility of allowing for MHD effects in the laminar motion of a liquid-metal drop in a dielectric medium
| 57 | 37 | |
L. K. Martinson and
K. B. Pavlov.
Plane laminar flow of a non-newtonian fluid in a transverse magnetic field
| 61 | 40 | |
L. A. Vulis and
K. E. Dzhaugashtin.
Semi-bounded stream of conducting fluid
| 67 | 43 | |
I. M. Tolmach.
Flow of an electrically conducting fluid in a constant magnetic field for a power law dependence of the velocity distribution over the gap
| 75 | 48 | |
G. A. Lyubimov and
I. P. Semenova.
Formulation of the problem of a viscous boundary layer on a cold electrode
| 80 | 51 | |
L. K. Martinson.
Magnetohydrodynamic coupling using a liquid metal flywheel
| 85 | 54 | |
T. K. Kalnin,
R. A. Petrovicha and
E. V. Priednieks.
Pressure head and electrical losses in the liquid metal in salient-pole induction pumps
| 91 | 58 | |
A. K. Veze and
Yu. K. Krumin.
Electromagnetic force acting on an infinitely wide conducting sheet in the traveling magnetic field of plane inductors
| 99 | 62 | |
I. R. Parts.
Current distribution in liquid metal in flat induction pumps in the presence of shorting bars
| 108 | 69 | |
Yu. M. Mikhailov.
Liquid-metal magnetohydrodynamic generators at large magnetic Reynolds numbers
| 113 | 72 | |
L. L. Tir.
Modeling the motion of molten metal in an induction furnace
| 120 | 76 | |
B. L. Alievskii and
A. I. Bertinov.
Results of an experimental study of a low-voltage homopolar generator for supplying DC conduction pumps
| 125 | 79 | |
E. I. Yantovskii.
Electric discharge in a magnetic field between electrodes, one of which is moving
| 130 | 83 | |
L. I. Gel'man,
I. Z. Konn and
I. V. Redchenko.
Experimental determination of the flow friction of the spiral duct of a high-pressure induction pump
| 137 | 88 | |
S. A. Gol'tseva,
E. G. Zvenigorodskii and
G. I. Nikitin.
Application and design of permanent-magnet inductors
| 141 | 91 | |
A. V. Andreev,
U. Ts. Andres and
S. A. Lin'kova.
Experimantal studies of electromagnetic explosion of a sphere and systems of bodies from a conducting liquid under constraints
| 148 | 95 |
Brief communications
| Rus. | En. | ||
E. I. Yantovskii.
On determining the magnetic Reynolds number
| 153 | 98 | |
G. G. Branover and
E. V. Shcherbinin.
The behavior of a jet in a channel with nonconducting walls in a transverse magnetic field
| 154 | 99 |