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Magnitnaya Gidrodinamika 10, 4 (1974)
General and theoretical problems
| Rus. | En. | ||
A. O. Tsebers.
Flow of dipole fluids in external fields
| 3 | 381 | |
V. I. Yakushin.
Oscillatory motion in a ferromagnetic fluid
| 19 | 394 | |
Ya. G. Sapunkov.
Free convection in a strong magnetic field
| 24 | 399 | |
L. P. Gorbachev,
N. V. Nikitin and
A. L. Ustinov.
Magnetohydrodynamic rotation of an electrically conductive liquid in a cylindrical vessel of finite dimensions
| 32 | 406 | |
K. B. Pavlov,
A. S. Romanov and
S. L. Simkhovich.
Hydrodynamic stability of Hartmann flow of a non-newtonian viscoplastic fluid
| 43 | 415 | |
S. V. Ol'shanskii.
Drag coefficients of rectangular tubes in a constant magnetic field varying periodically along the length of the flow
| 47 | 419 | |
V. L. Rvachev and
T. I. Sheiko.
Three-dimensional distribution of electrical potential for a cylindrical channel
| 53 | 424 | |
L. P. Poberezhskii and
A. O. Yakhot.
Distribution of potential in a channel in the presence of the Hall effect and in an inhomogeneous magnetic field
| 57 | 428 | |
L. K. Kovalev and
Yu. M. Nikitin.
Transverse edge effect in a rectangular MHD-channel with a finitely sectionalized side wall and variable anisotropic conductivity of the flow
| 65 | 435 | |
L. M. Semyashova,
A. I. El'kin and
E. I. Yantovskii.
Auto-oscillations of a conducting piston
| 76 | 445 | |
A. Yu. Konyaev,
M. G. Murdzhikyan and
F. N. Sarapulov.
Taking account of shunting currents in calculation of the magnetic circuit of an induction machine
| 82 | 450 | |
Z. N. Getselev and
G. I. Martynov.
Calculation of the electromagnetic parameters of a cylindrical "Inductor-metal" system
| 87 | 454 | |
A. Ya. Vilnitis.
A flat induction pump of limiting pressure
| 95 | 461 | |
G. A. Baranov,
V. A. Glukhikh,
B. G. Karasev,
I. R. Kirillov,
A. P. Ogorodnikov,
S. A. Smirnov and
V. V. Khukharev.
Apparatus for studying a liquid-metal-jet MHD induction generator and the free flow of a liquid
| 104 | 469 | |
O. A. Kukainis and
A. Ya. Shishko.
One possible mechanism of instability of an electrically conducting liquid in a conductive MHD device
| 109 | 473 | |
Yu. M. Gel'fgat,
L. A. Gorbunov and
A. L. Gudkov.
Mass flow characteristics of a conduction pump with axial current supply
| 116 | 479 | |
V. P. Bocheninskii,
Yu. B. Emelin,
A. V. Tananaev and
Yu. P. Ushakov.
Method and results of cavitation testing of a conductive MHD flowmeter
| 121 | 483 | |
V. I. Andreev,
G. G. Korzh and
S. E. Kuznetsov.
Experimental investigation of an MHD conduction pump for electrolytes
| 127 | 488 | |
G. D. Degtyareva and
G. E. Shevchenko.
Calculation of a traveling magnetic field in a three-layered isotropic medium
| 132 | 492 | |
A. N. Ageev.
Electrodynamic excitation of ultrasonic vibrations in liquid metals
| 135 | 495 |
Brief communications
| Rus. | En. | ||
I. S. Granik and
L. K. Martinson.
Plane unsteady motion of a conducting non-newtonian fluid
| 141 | 501 | |
N. G. Taktarov.
Waves on the surface of a viscous ferromagnetic liquid
| 143 | 504 | |
K. B. Pavlov.
Magnetohydrodynamic flow of an incompressible viscous fluid caused by deformation of a plane surface
| 146 | 507 | |
L. M. Korsunskii.
Space over which the readings of conductive anemometers with an external uniform magnetic field are averaged
| 148 | 510 | |
R. S. Brekhov,
V. P. Efimov,
M. N. Levin and
G. G. Shmakov.
A string-type pressure meter
| 150 | 512 |