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Magnitnaya Gidrodinamika 7, 2 (1971)
General and theoretical problems
| Rus. | En. | ||
V. M. Suyazov.
Equations of motion of interpenetrating electromagnetic fluids
| 3 | 139 | |
L. S. Atroshchenko,
S. M. Voronina and
I. L. Povkh.
Surface tension of a plane film in a uniform magnetic field
| 15 | 149 | |
L. S. Atroshchenko and
S. M. Voronina.
Equilibrium conditions and work of initiation of a small bubble in a homogeneous liquid in a magnetic field
| 19 | 153 | |
B. M. Berkovskii and
V. G. Bashtovoi.
Gravitational convection in a ferromagnetic liquid
| 24 | 158 | |
E. I. Dobychin and
V. I. Popov.
Force action of an electromagnetic field on the particles of an inhomogeneous medium
| 29 | 163 | |
E. I. Shilova and
E. V. Shcherbinin.
Vortex magnetohydrodynamic flow in a cone
| 33 | 167 | |
V. E. Kozyrenko.
On a certain effective method of investigating electromagnetic processes in magnetohydrodynamic channels
| 39 | 172 | |
G. E. Kirko.
The approxomation solution of the problem of constrained rotation of a conducting disk in a liquid-metal medium
| 45 | 178 | |
L. K. Martinson and
K. B. Pavlov.
Unsteady shear flows of a conducting fluid with a rheological power law
| 50 | 182 | |
V. I. Popov and
A. B. Tsinober.
The Hadamard-Rybchinskii problem for crossed electric and magnetic fields
| 59 | 190 | |
A. P. Kuznetsov.
Boundary layer of a high-temperature turbulent gas jet in a longitudinal magnetic field
| 63 | 194 | |
V. I. Kovbasyuk and
S. A. Medin.
Flow in magnetohydrodynamic channels at large magnetic Reynolds numbers
| 69 | 199 | |
Yu. A. Birzvalk.
Conductive liquid-metal MHD pumps with direct current
| 75 | 204 | |
V. M. Krauya.
Regulation of the head of a liquid-metal induction pump
| 88 | 216 | |
G. Kh. Kirshtein and
I. P. Kvasnevskii.
Longitudinal edge effect in induction-type magnetohydrodynamic machines with an open magnetic conductor, taking account of the discrete nature of the current load
| 93 | 221 | |
T. K. Kalnin',
Ya. E. Polmanis and
G. Ya. Sermons.
Calculation of the head taking account of the effect of the higher three-dimensional harmonics of the magnetic field
| 97 | 225 | |
A. K. Baugis,
A. Ya. Vilnitis,
M. P. Shkele and
Ya. R. Shmit.
Effect of a running field with large nonmagnetic gaps
| 101 | 229 | |
Yu. A. Birzvalk.
Lack of agreement between conditions for maximal efficiency and the rated conditions in the design of pumps for maximum efficiency
| 107 | 234 | |
Yu. K. Zanders.
Cylindrical conduction-type magnetohydrodynamic channel
| 113 | 240 | |
A. Gailitis and
O. Lielausis.
Internal hydraulics of magnetohydrodynamic machines with a nonhomogeneous distribution of the forces
| 123 | 249 | |
N. I. Loginov.
Potential distribution in an electromagnetic flow rate meter
| 128 | 254 | |
V. E. Tsirkunov,
R. K. Kalnin' and
E. K. Rybakov.
Ratio method of liquid-metal flow rate measurement
| 133 | 259 | |
Ya. A. Krikun,
Yu. G. Kuksa,
A. E. Mikel'son,
V. D. Mikhailenko,
V. A. Rezvitskii and
Z. D. Chernyi.
Electromagnetic excitation of elastic vibrations
| 137 | 262 |
Brief communications
| Rus. | En. | ||
Yu. S. Bortnikov,
V. A. Nesterov and
I. B. Rubashov.
Operation of an electrohydrodynamic generator in a thermodynamic cycle
| 141 | 266 | |
A. A. Podushchak.
Formation of the velocity profile on the acceleration section of a plate in an electromagnetic field
| 143 | 269 | |
Yu. B. Kolesnikov and
A. B. Tsinober.
Three-dimensional magnetohydrodynamic flow past a cylinder of finite length
| 144 | 271 | |
E. I. Dobychin and
V. I. Popov.
Damping of oscillations of moving liquid-metal drops by a transverse magnetic field
| 147 | 274 | |
G. Grinberg.
Weighting function for a flat conduction-type magnetohydrodynamic channel
| 149 | 277 | |
I. Laumanis.
Relationship between the parameters of an independently excited hydromagnet
| 151 | 279 | |
S. A. Gamzaeva.
The magnetic field of four linear currents in a moving conducting medium
| 153 | 281 | |
I. L. Povkh,
V. A. Smirnov and
B. V. Chekin.
Electrical conductivity of a salt slag-aluminium system
| 154 | 283 |
Chronicle
| Rus. | En. | ||
Riga seminar on turbulent magnetohydrodynamic flows, Winter 1970/71
| 156 | 286 |
Obituary
| Rus. | En. | ||
Nikolai Markovich Okhremenko
| 157 | 287 |