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Magnitnaya Gidrodinamika 12, 4 (1976)
General and theoretical problems
| Rus. | En. | ||
V. M. Suyazov.
Motion of a ferrosuspension in rotating uniform magnetic fields
| 3 | 387 | |
I. D. Borisov.
Equilibrium shapes of the surface of a magnetized liquid
| 11 | 393 | |
O. A. Glazov.
Setting a ferromagnetic liquid into motion with a running magnetic field
| 19 | 400 | |
V. G. Bashtovoi and
B. E. Kashevskii.
Asymmetric model of a magnetic fluid taking into account finite anisotripy of ferromagnetic particles
| 24 | 404 | |
L. N. Popova and
I. E. Tarapov.
Action of a magnetic field on the shape of a cavitation bubble in magnetizable liquid
| 33 | 411 | |
V. V. Boyarevich and
E. V. Shcherbinin.
Electric current flow around a cone
| 38 | 415 | |
I. E. Butsenieks.
MHD flow in electrodynamically linced streams
| 43 | 419 | |
A. D. Votsish and
Yu. B. Kolesnikov.
Anomalous transfer of energy in a shear MHD flow with two-dimensional turbulence
| 47 | 422 | |
A. S. Romanov.
Hydrodynamic stability of the Hartmann flow of a non-newtonian fluid with a highly viscous core
| 53 | 427 | |
I. S. Granik.
Nonlinear effects with the propagation of shear perturbations in dilatant media
| 57 | 430 | |
V. E. Kozyrenko.
Calculation of inhomogeneously conducting flows in rectangular MHD channel. II
| 61 | 433 | |
A. P. Kuznetsov and
A. S. Pleshanov.
Numerical investigation of an unsteady Prandtl-Meyer MHD flow
| 71 | 442 | |
E. B. Tabachnik.
Nonstationary MHD convection in a vertical flat channel with nonconducting walls
| 77 | 447 | |
V. I. Ermakov.
Stability of the interface of two dielectric liquids in an electric field
| 85 | 453 | |
I. I. Ievlev and
A. B. Isers.
Equilibrium and stability of the interface between liquid dielectrics in electric and gravitational fields
| 89 | 457 | |
N. V. Derendyaev.
Flow of a conducting gas in an orthogonal magnetic field and gravitational force field
| 96 | 463 | |
A. G. Belikov,
V. P. Goncharenko,
D. K. Goncharenko and
N. T. Derepovskii.
Theory of plasma acceleration in a coaxial channel
| 99 | 466 | |
V. V. Zakaidakov and
V. S. Synakh.
Counterwave generation by a strong ionizing shock front in a magnetic field
| 105 | 471 |
Engineering problems
| Rus. | En. | ||
R. R. Krishberg.
Calculation of the electromagnetic processes in an MHD induction machine with sudden change of parameters across the channel
| 109 | 475 | |
A. P. Vutsens.
Freely levitating torus in the electromagnetic field of a current-carrying loop and current-carrying axial conductor
| 113 | 478 | |
Dynamic characteristics of EHD converters with jet turbulization by EHD action
| 121 | 485 | |
I. G. Fiks.
Invariance of electromagnetic flow transducers with respect to the fluid velocity profile
| 128 | 491 | |
L. P. Orlov.
Improving the quality of steel by the latest MHD techniques
| 135 | 497 |
Brief communications
| Rus. | En. | ||
V. V. Boyarevich.
The limits of the application of one exact solution of the equations of magnetic hydrodynamics
| 140 | 501 | |
N. I. Ezhov.
Determination of the dimensions of the channel of a direct-current electromagnetic pump
| 141 | 503 |
Brook review
| Rus. | En. | ||
Yu. M. Gel'fgat,
O. A. Lielausis and
E. V. Shcherbinin.
A liquid metal under the action of electromagnetic forces. - Reviewed by A. V. Tananaev
| 143 | 505 |
Obituary
| Rus. | En. | ||
Khans-Arnil'd Iokhannesovich Yanes
| 144 | 507 |