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Magnitnaya Gidrodinamika 25, 3 (1989)
| Rus. | En. | ||
V. M. Patudin,
A. M. Sagalakov and
A. Yu. Yudintsev.
Appearance of three-dimensional self-oscillations in magnetohydrodynamic flows
| 3 | 275 | |
A. O. Tsebers.
A general diffusion model of magnetized suspensions and dissipative vortex structures in rotating magnetic fields. 1
| 10 | 281 | |
G. I. Subkhankulov.
Approximation of the "thin body" in ferrohydrostatics
| 15 | 286 | |
B. E. Kashevskii.
The theory of magnetic fluid susceptibility dispersion
| 21 | 292 | |
N. A. Britov.
The three-dimensional analog of the Hunt theorem for certain magnetohydrodynamic flows in tubes
| 28 | 299 | |
B. E. Kashevskii and
A. L. Novikova.
The interaction among pairs of magnetic-suspension particles when subjected to the action of a rotating field
| 33 | 304 | |
A. G. Ivanov and
E. M. Agabekyan.
Dynamic magnetic properties and the state of the superparamagnetic particle system in magnetic fluids
| 39 | 309 | |
S. V. Korsunskii.
Nonlinear waves at the surface of an ideally conducting fluid in a horizontal magnetic field
| 48 | 318 | |
L. E. Ber.
The conjugate problem of the appearance of convection in a rectangular cavity of finite height in a transverse magnetic field
| 53 | 322 | |
T. N. Aitov,
A. V. Tananaev and
V. A. Shmatenko.
Experimental investigation of the transition to a linear regime of magnetohydrodynamic flow in the model of a collector distribution system
| 59 | 328 | |
V. I. Kolesnichenko,
A. M. Pichugin and
S. Yu. Khripchenko.
Numerical studies of plane electrovortex flows in a two-layer conducting fluid
| 64 | 332 | |
A. Yu. Chudnovskii.
Modeling electrovortex flows
| 69 | 337 | |
A. I. Zhakin.
The surface tension of solutions and suspensions as a function of the magnetic- and electric-field strengths
| 75 | 342 | |
Yu. A. Polovko.
Investigating the operational stability of a cylindrical magnetohydrodynamic induction pump subjected to an external pneumohydraulic load
| 81 | 348 | |
S. E. Dvorchik and
M. V. Zusman.
The synthesis of multiphase self-oscillation systems in magnetohydrodynamics
| 89 | 355 | |
V. P. Kornilov,
V. V. Ovsyannikov and
L. L. Snezhko.
Measuring the rate of flow in an electrically conducting fluid in the electromagnetic flowmeter converter
| 95 | 361 | |
B. V. Kebadze,
Yu. O. Komissarov and
V. N. Tipikin.
Spectral characteristics of signals from the magnetic sensors of a correlation flowmeter
| 101 | 366 |
Brief communications
| Rus. | En. | ||
V. M. Demina,
V. V. Mikhnenko and
P. D. Malikov.
Calculating the characteristic times of motion for ferromagnetic particles in a nonuniform magnetic field within electric discharge initiation devices
| 107 | 372 | |
A. O. Tsebers.
Transformation of concentrated ferrocolloid structures in a field inclined to a plane slit
| 110 | 376 | |
A. G. Ivanov and
E. M. Agabekyan.
Dynamic magnetic properties and instability in concentrated magnetic fluids
| 114 | 380 | |
V. I. Semikhin.
An acoustic method of determining the threshold structure-forming field in magnetic fluids
| 116 | 382 | |
V. A. Ageev,
V. V. Balyberdin,
I. I. Ievlev and
V. I. Legeida.
Collecting a magnetic fluid by means of a nonuniform magnetic field
| 118 | 385 | |
S. N. Semenov.
The pondermotive magnetic force acting on a particle and the nonuniformity of magnetic permeability within that particle
| 121 | 389 | |
V. I. Kolesnichenko and
S. Yu. Khripchenko.
Surface oscillations in the liquid kathode aluminium of an electrolytic cell
| 125 | 392 | |
S. N. Aristov and
A. M. Pichugin.
Monotonic stability in the advective flow of a conducting fluid within a weak transverse magnetic field
| 127 | 395 | |
V. V. Gorlei.
The effect of a magnetic field on the stability of convective fluid motion where viscosity depends on temperature
| 129 | 397 | |
S. V. Belogurov,
M. M. Brezgunov and
A. E. Petrov.
Structural X-ray and magnetic studies of textured ferrofluids based on gadolinium ferrogarnet
| 131 | 400 | |
V. A. Bernshtam and
I. M. Manzon.
Resonance film magnetohydrodynamic flow over a corrugated surface at large Hartmann numbers
| 134 | 402 | |
A. Yu. Chudnovskii.
Evaluating the intensity of a single class of electrovortex flows
| 137 | 406 | |
P. V. Tsoi,
Sh. N. Nuriddinov and
N. M. Kazidzhanova.
Methods to calculate the exchange of heat in magnetohydrodynamic flows
| 139 | 408 | |
A. F. Kolesnichenko and
A. A. Kuchaev.
An electromagnetic installation to study electrophysical processes in a liquid disperse medium
| 143 | 413 |