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Magnitnaya Gidrodinamika 17, 3 (1981)
General and theoretical problems
| Rus. | En. | ||
S. I. Vainshtein.
Generation of a magnetic field by a differentially rotating cylinder
| 3 | 207 | |
E. P. Kropachev.
Generation of a magnetic field in a shell-eccentric rotor system. Part 1
| 9 | 212 | |
A. M. Sagalakov.
Lorentz system in magnetohydrodynamics
| 16 | 218 | |
V. B. Gorskii.
Some properties of the equations of magnetohydrodynamics
| 21 | 222 | |
A. G. Bershadskii.
Energy conservation law and the nonlinear MHD stability
| 27 | 228 | |
V. I. Arkhipenko,
Yu. D. Barkov,
V. G. Bashtovoi,
M. S. Krakov and
M. I. Pavlinov.
Effects of viscosity and nonuniform heating on the break-up of cylindrical layer of magnetized liquid
| 31 | 232 | |
N. G. Taktarov.
Stability of an interface of magnetizable media with a discontinuity in the conductivity and the permeability
| 37 | 238 | |
A. O. Tsebers.
Instability of the free surface of a magnetofluid in a tangential rotating magnetic field
| 41 | 242 | |
L. G. Genin and
T. E. Kranoshchekova.
Spectral transfer of the energy of two-dimensional turbulence
| 50 | 249 | |
N. V. Derendyaev and
V. A. Senyatkin.
Relative motions in a rotating conducting viscous liquid in a magnetic field
| 55 | 254 | |
P. G. Kotko and
V. F. Reztsov.
Bulk electromagnetic forces in heterogeneous conducting media showing the Hall effect
| 61 | 259 | |
V. M. Korovin.
Shape of the free surface and the axisymmetric magnetohydrodynamic flow of a liquid metal in a nonconducting vessel in the presence of a thin skin layer
| 67 | 264 | |
A. I. Zhakin.
Stability of a free horizontal surface of a weakly conducting liquid in a tangential variable electric field
| 74 | 270 | |
S. Yu. Reutskii and
A. I. El'kin.
Turbulent flow of an electrically conducting fluid between parallel plates in a traveling
| 81 | 276 | |
A. B. Kapusta and
L. D. Levitskii.
Spiral flows in traveling magnetic fields
| 87 | 282 | |
A. P. Baranov,
S. E. Kuznetsov and
Yu. V. Popov.
Mathematical modeling of stationary and transient regimes in the operation of a MHD generator using an analog computer
| 94 | 289 | |
V. P. Shamota.
Transient flow of an electrically conducting incompressible fluid in an induction stirrer
| 99 | 293 | |
S. I. Pavlov and
A. T. Yakovich.
Effect of the meniscus on circulation of the melt in an electric induction furnace
| 104 | 297 | |
O. S. Vavilov,
I. D. Vel't and
Yu. V. Mikhailova.
Information characteristic of an MHD-flowmeter signal
| 110 | 303 |