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Magnitnaya Gidrodinamika 1, 3 (1965)
General and theoretical problems
| Rus. | En. | ||
G. A. Lyubimov.
The magnetohydrodynamic boundary layer
| 3 | 1 | |
A. B. Tsinober and
E. V. Shcherbinin.
Two-dimensional magnetohydrodynamic jets
| 21 | 13 | |
E. V. Shcherbinin.
Integral methods in the theory of magnetohydrodinamic jets
| 30 | 21 | |
E. Yu. Krasil'nikov.
The effect of a transverse magnetic field upon convective heat transfer in magnetohydrodynamic channel flows
| 37 | 26 | |
I. I. Levi and
M. A. Mikhalev.
An approximate method for calculating the flow at sudden expansions in the presence of a magnetic field
| 41 | 29 | |
V. I. Kurilko.
On the theory of magnetohydrodynamic wave dispersion at the ends of wavegiudes
| 44 | 31 | |
S. S. Kalmykova and
V. I. Kurilko.
Matching conditions for magnetohydrodynamic and coaxial waveguides
| 51 | 37 | |
L. I. Gudzenko,
V. N. Kolesnikov,
N. N. Sobolev and
L. A. Shelepin.
Application of highly ionized plasma to laser construction
| 54 | 39 | |
L. I. Gudzenko and
L. A. Shelepin.
Amplification in a decaying plasma
| 57 | 41 | |
Yu. V. Sanochkin.
Dissipative instabilities in magnetohydrodynamics
| 61 | 44 | |
P. I. Chushkin.
Magnetized blunt bodies in a hypersonic gas flow
| 67 | 49 | |
E. M. Drobyshevskii and
I. B. Chekmarev.
Rotation of a weakly ionized gas in a homopolar with a radial magnetic field
| 76 | 56 | |
Yu. N. Denisov,
G. N. Zologin and
V. K. Kalashnikov.
Flow in the neighborhood of the stagnation point with magnetic fields parallel and perpendicular to the body surface
| 81 | 60 | |
N. M. Okhremenko.
Transverse fringe effect in flat linear induction pumps
| 87 | 65 | |
A. P. Rashchepkin.
Field in the gap of induction machines for a variable linear winding load
| 96 | 71 | |
A. I. Bertinov and
N. V. Sineva.
Some problems relating to the design of three-phase helical electromagnetic pumps
| 103 | 76 | |
R. R. Parts,
L. R. Reimal and
V. A. Teearu.
Simplified determination of the short-circuit current in a helical induction pump
| 111 | 82 | |
A. M. Andreev,
V. A. Glukhikh and
B. G. Karasev.
Practical design principles as applied to DC electromagnetic pumps
| 114 | 85 | |
E. M. Avilova,
T. V. Doktorova,
V. K. Lutikov,
N. I. Marin,
V. A. Povsten and
N. M. Turchin.
Design characteristics and test results for some conduction pumps
| 121 | 90 | |
I. R. Parts.
Electromagnetic field distribution in liquid metal acyclic converters
| 127 | 94 | |
K. D. Konovalov and
E. K. Kochnev.
Results of tests on and methods of improving apparatus for desulfurizing molten cast iron outside the furnace using electromagnetic stirring
| 139 | 104 | |
A. I. Bertinov,
D. A. But and
V. N. Kalugin.
Magnetic systems of vortex magnetogasdynamic generators
| 145 | 108 | |
T. K. Kalnin.
A new induction pump for pumping liquid metals
| 155 | 116 |