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Magnitnaya Gidrodinamika 14, 2 (1978)
General and theoretical problems
| Rus. | En. | ||
N. A. Britov.
Structure of flows excited by rotating magnetic fields
| 3 | 133 | |
V. V. Kiryushin and
V. A. Naletova.
Motion of a cylindrical column and a drop of magnetic fluid in a rotating magnetic field
| 9 | 138 | |
A. N. Vislovich and
A. K. Sinitsyn.
Helical flows of a ferromagnetic colloid in an arbitrarily oriented uniform magnetic field
| 14 | 143 | |
N. F. Patsegon.
Structure of a weak jump in a magnetizable conducting fluid
| 19 | 148 | |
Yu. M. Gel'fgat and
S. V. Ol'shanskii.
Velocity structure of flows in nonuniform constant magnetic fields. II. Experimental results
| 23 | 151 | |
Ya. Freiberg.
Tandem flow due to electrical eddies inside a corrugated pipe with a longitudinal mainstream
| 27 | 155 | |
V. I. Sharamkin and
E. V. Shcherbinin.
Electrically driven vortical flow in the discharge between hyperbolic electrodes
| 32 | 159 | |
O. A. Glazov.
Motion of an electrically conductive fluid and heat transfer in an annular channel in an axial magnetic field
| 39 | 166 | |
M. Ya. Antimirov.
Nonstationary flow of conducting fluid in a round channel in a nonuniform magnetic field
| 47 | 173 | |
L. G. Genin,
S. P. Manchkha and
V. G. Sviridov.
Turbulent transfer coefficients in the case of the flow of a liquid metal in a tube in a longitudinal magnetic field
| 54 | 179 | |
A. D. Starostin.
A laminar boundary layer on a permeable surface in crossed magnetic and nonuniform electric fields
| 60 | 184 | |
Kh. E. Kalis.
Plane-parallel free shear flow of a conductive fluid with straight streamlines in a strong uniform magnetic field
| 65 | 188 | |
E. M. Shchelukhin,
V. P. Burskii,
S. P. Bakumenko,
O. S. Yakushev and
N. D. Afanas'ev.
Laminar rotation of a conducting fluid driven by conductive forces in a cylindrical vessel
| 73 | 196 | |
N. P. Gridnev and
S. S. Katsnel'son.
Nonstationary two-dimensional magnetohydrodynamic flow in a radial channel
| 77 | 200 | |
M. S. Apfel'baum.
Transfer of volume charge by weak flow of dielectric fluid in a strong nonuniform electric field
| 83 | 206 |
Engineering problems
| Rus. | En. | ||
A. Ya. Vilnitis.
Accounting for the effect of a yoke in an MHD linear induction machine by stipulating boundary conditions of a new kind
| 87 | 210 | |
M. I. Brainin.
Determination of pressure losses in the laminar flow of a viscous conducting fluid in an induction-type MHD pump channel
| 97 | 219 | |
A. I. Syusyukin.
Investigation of the effectiveness of an inductive interaction between a layer of conducting fluid and external working loops
| 103 | 225 | |
D. A. But,
I. I. Doperchuk and
S. M.-A. Koneev.
Optimization of a diagonal MHD channel
| 110 | 231 | |
A. I. El'kin.
Flow of an electrically conducting fluid in a distribution collector in a magnetic field
| 117 | 237 | |
D. S. Kovner and
A. N. Shmelev.
Experimental investigation of a conduction-type compensated two-channel MHD pump with a leakage current
| 123 | 243 | |
Z. N. Getselev and
G. I. Martynov.
Circulation of the metal in the liquid phase of an ingot formed by an electromagnetic fluid
| 127 | 247 | |
I. V. Vitkovskii and
I. R. Kirillov.
Choice of regulators of the mass flow rate in liquid-metal systems
| 132 | 251 | |
V. S. Nagornyi and
V. I. Bezrukov.
Analysis of an electrohydrodynamic converter with a radial electric field and fluid flow
| 137 | 256 |
Brief communications
| Rus. | En. | ||
V. V. Chekanov.
Magnetooptical activity of a ferromagnetic fluid in reflected light
| 143 | 262 | |
R. R. Krishberg and
Ch. K. Mikryukov.
An experimental investigation of MHD flow at high magnetic Reynolds numbers in induction pumps having side-wall busbars
| 144 | 263 |