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Magnitnaya Gidrodinamika 3, 4 (1967)
| Rus. | En. | ||
G. G. Branover.
Resistance of magnetohydrodynamic channels
| 3 | 1 | |
L. Rothhardt.
Passage of electric current through fast-moving plasma in the inductive-hydrodynamic shock tube
| 24 | 12 | |
Yu. A. Kazachkov,
B. A. Korotkov and
I. I. Shipulin.
Nonstationary subsonic flow of a conducting gas in crossed electric and magnetic fields
| 29 | 16 | |
R. V. Ganefel'd and
E. P. Strashinin.
Plasma stability and voltage oscillations in MHD generators
| 33 | 19 | |
T. Dzhuzumkulov.
Lift force acting on a thin plate of infinite span in magnetogasdynamics
| 37 | 21 | |
T. Dzhuzumkulov.
Reflection of rarefaction waves in magnetogasdynamics
| 40 | 23 | |
Yu. N. Abramov and
V. N. Zaitsev.
Estimation of ion slip in a weakly ionized gas mixture
| 43 | 25 | |
L. Yu. Ustimenko.
Finite-difference formulation of the problem of current and potential distribution in a plane MHD channel
| 49 | 29 | |
Yu. E. Karyakin.
Magnetohydrodynamic analysis of three-dimensional motion near a stagnation point
| 56 | 33 | |
N. T. Pashchenko and
V. A. Syrovoi.
Group properties of the equations of motion of an incompressible conducting fluid
| 60 | 36 | |
B. V. Eliseev and
A. D. Lobanov.
Stability of a plane magnetohydrodynamic liquid jet
| 66 | 41 | |
A. S. Pleshanov.
Plane submerged turbulent jets of incompressible conducting fluid in magnetohydrodynamics
| 72 | 44 | |
E. V. Shcherbinin.
A three-dimensional boundary layer problem in magnetohydrodynamics
| 76 | 47 | |
G. G. Branover and
A. S. Vasil'ev.
Flow in a rough rectangular channel in the presence of a magnetic field parallel to the longer side
| 80 | 50 | |
V. V. Duganov and
D. S. Kovner.
Calculation of duct losses and efficiency of MHD liquid-metal conduction machines
| 83 | 54 | |
I. V. Lavrent'ev.
Effect of baffle location on the characteristics of an MHD channel
| 89 | 58 | |
A. I. Bertinov,
D. A. But and
V. N. Kalugin.
Magnetohydrodynamic flow in an annular channel with allowance for the magnetic Reynolds number
| 96 | 62 | |
Yu. A. Valuev,
S. V. Vasil'ev,
N. M. Okhremenko and
L. G. Smirnova.
Experimental study of the velocity distribution in a turbulent mercury flow in the duct of a flat induction pump
| 104 | 68 | |
A. A. Fomin.
Cylindrical induction pump theory
| 111 | 72 | |
Ya. Kh. Gorbul'skii,
Yu. V. Dudnikov and
E. I. Kuznetsov.
Experimental investigation of spinning-rotor induction pumps with permanent-magnet excitation
| 120 | 77 | |
E. L. Zaremba and
E. I. Yantovskii.
Comparison of magnetic systems for obtaining a strong magnetic field in a large volume
| 124 | 81 | |
B. L. Alievskii,
A. I. Bertinov and
A. G. Sherstyuk.
Acyclic generators without a ferromagnetic circuit for supplying electrophysical apparatus used in MHD research
| 135 | 87 |
Brief communications
| Rus. | En. | ||
I. V. Ioffe and
A. I. Saet.
Theory of discontinuities in magnetohydrodynamics in the presence of an external electric field
| 143 | 92 | |
L. P. Gorbachev and
M. M. Grigor'ev.
Motion of a viscous conducting fluid due to the slow rotation of a sphere in a central magnetic field
| 144 | 92 | |
A. B. Tsinober and
A. G. Shtern.
Stokes flow around a circular cylinder in a transverse magnetic field
| 146 | 94 | |
Yu. B. Kolesnikov,
A. B. Tsinober,
A. G. Shtern and
E. V. Shcherbinin.
Pressure distribution in a MHD flow over a sphere
| 148 | 95 | |
A. I. Bertinov,
D. A. But and
K. N. Pavlova.
Motion of a conducting piston in a magnetic field
| 149 | 96 | |
T. Kalnin,
A. Kalnin,
V. Rupeneits and
K. Putnin.
Tin loop for testing pumps
| 152 | 97 | |
N. R. Aronova,
V. I. Dubodelov,
A. S. Zenkin,
V. P. Polishchuk and
M. R. Tsin.
Electromagnetic transport of molten metal in a magnesium foundry
| 153 | 98 |