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Magnitnaya Gidrodinamika 6, 3 (1970)
General and theoretical problems
| Rus. | En. | ||
K. E. Dzhaugashtin.
Turbulent jet of conducting fluid. II. Results of calculation
| 3 | 303 | |
D. I. Zoler,
R. V. Deutsch and
R. G. Maxim-Gazi.
Generation of magnetohydrodynamic waves in a nonuniform plasma in an intense magnetic field
| 16 | 314 | |
N. P. Gridnev.
Classification of invariant solutions of the equations of two-dimensional unsteady motion of an electrically conducting gas in a magnetic field
| 23 | 320 | |
I. T. Selezov.
Stabilization of a magnetohydrodynamic flutter instability by distributed control
| 30 | 326 | |
L. G. Kit,
S. V. Turuntaev and
A. B. Tsinober.
Investigation with a conduction anemometer of the effect of a magnetic field on disturbances in the wake of a cylinder
| 35 | 331 | |
G. G. Branover,
Yu. M. Gel'fgat,
L. G. Kit and
I. A. Platnieks.
Effect of a transverse magnetic field on the intensity profiles of turbulent velocity fluctuations in a channel of rectangular cross section
| 41 | 336 | |
V. B. Levin.
On the transition to turbulence in magnetohydrodynamic flows for finite disturbances
| 50 | 343 | |
A. P. Kuznetsov.
Turbulent jet of a conducting fluid in a longitudinal magnetic field
| 57 | 349 | |
G. B. Sher'yazdanov.
Flow of an inviscid perfectly conducting fluid past a thin profile in a transverse magnetic field
| 67 | 357 | |
E. L. Dobychin and
V. I. Popov.
Experimental determination of the coefficient of electromagnetic ejection of a body from a conducting fluid under variable gravitational acceleration
| 74 | 363 | |
I. M. Kirko,
E. I. Dobychin and
V. I. Popov.
Experimental investigation of the dynamics of liquid-metal drops in an electromagnetic field under reduced gravity conditions
| 79 | 368 | |
E. Ya. Blum.
Mass transfer in magnetohydrodynamic flow including the chemical kinetics of reactions at the boundaries
| 83 | 372 | |
O. A. Glazov.
Temperature distribution in an axisymmetric magnetohydrodynamic flow in a vortex chamber
| 91 | 379 | |
K. V. Gigauri.
External characteristics of an MHD generator with series-connected segments
| 99 | 385 | |
A. Ya. Vilnitis.
Calculation of the transverse edge effect in a plane induction pump, considering the channel walls and short-circuiting busbars. Approximate solution in terms of elementary functions
| 103 | 389 | |
I. R. Parts and
R. R. Parts.
Equivalent circuit parameters of cylindrical linear induction machines
| 109 | 395 | |
Yu. K. Krumin'.
Control of the profile of electrodynamic forces in a conducting body in traveling magnetic fields
| 117 | 401 | |
A. G. Shtern.
Feasibility of modyfying the boundary layer by crossed electric and magnetic fields
| 124 | 407 | |
V. V. Duganov,
D. S. Kovner,
L. L. Konovalov and
Yu. P. Ushakov.
Experimental investigation of the characteristics of series-excited MHD conduction pump channels
| 129 | 412 | |
A. S. Ginzburg,
I. P. Kvasnevskii and
G. Kh. Kirshtein.
Noncontact measurement of the velocity of electrically conducting media in pipelines by oppositely moving magnetic fields
| 133 | 416 |
Brief communications
| Rus. | En. | ||
N. I. Kolosnitsyn and
K. P. Stanyukovich.
On the calculation of magnetogasdynamic flows in channels
| 138 | 420 | |
E. V. Nazarov.
On an anomaly of the solution of optimal problems of magnetogasdynamics
| 140 | 423 | |
E. K. Kopeikina.
Effect of an electrostatic field on surface waves in a dielectric liquid
| 142 | 425 | |
V. B. Levin and
I. A. Chinenkov.
Experimental investigation of the effect of a longitudinal magnetic field on the friction factor in turbulent flow of an electrically conducting liquid in a pipe
| 145 | 428 | |
L. P. Gorbachev and
E. P. Potanin.
Rotational motion of an electrically conducting fluid in crossed electric and magnetic fields
| 146 | 431 | |
R. R. Krishberg and
G. Ya. Sermons.
Electromagnetic fields in an induction magnetohydrodynamic device with a diverging channel
| 149 | 434 | |
V. V. Duganov.
Characteristics of a constant-current MHD pump channel in the laminar flow regime
| 153 | 438 | |
I. Ya. Kagan,
V. G. Rykov and
E. I. Yantovskii.
Ferromagnetic electrically conducting liquids
| 155 | 441 |