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Magnitnaya Gidrodinamika 4, 2 (1968)
General and theoretical problems
| Rus. | En. | ||
Yu. I. Chutov.
Experimental study of the interaction of an argon plasma set in motion instantaneously with a transverse magnetic field
| 3 | 1 | |
G. G. Kapustyanenko.
Longitudinal stability of a plasma flow between two conducting plates in a transverse magnetic field
| 8 | 5 | |
P. L. Gusika and
G. S Sukhov.
Calculation of exothermic waves that ionize a gas in a magnetic field
| 13 | 8 | |
L. V. Selezova.
Flow of an ionized gas around a cylinder with an oscillating surface
| 19 | 13 | |
Yu. S. Bortnikov and
I. B. Rubashov.
Some problems in the study of a system of electrogasdynamic equations
| 26 | 18 | |
K. E. Dzhaugashtin.
Flow in a magnetohydraulic through
| 33 | 23 | |
Yu. B. Kolesnikov,
A. B. Tsinober and
E. V. Shcherbinin.
Experimental study of the magnetohydrodynamic wake behind a circular cylinder
| 45 | 31 | |
A. S. Pleshanov.
The turbulent wake in magnetohydrodynamics
| 49 | 34 | |
S. M. Apollonskii and
Yu. P. Kos'kin.
On transverse velocity disturbances in magnetohydrodynamic channel flows
| 53 | 37 | |
A. S. Pleshanov and
P. P. Lazarev.
Linearized analysis of a Prandtl-Meyer MHD flow
| 59 | 43 | |
V. I. Tokatly.
Nonstationary flow in an inviscid magnetic boundary layer
| 65 | 47 | |
A. B. Kapusta.
Motion of a conducting fluid under the action of a rotating magnetic field
| 71 | 51 | |
V. G. Lushchik.
Turbulent submerged jet of conducting fluid in a longitudinal magnetic field
| 77 | 55 | |
Yu. E. Karyakin.
Magnetohydrodynamic laminar boundary layer in an axisymmetric swirled flow
| 82 | 58 | |
A. I. El'kin.
Optimization of and MHD generator in the presence of a constraint on the duct divergence angle
| 91 | 63 | |
A. M. Gorb,
I. S. Gorobets and
N. I. Mazur.
Calculation of the load characteristics of an MHD generator
| 97 | 67 | |
Yu. P. Emets.
Compensation of end effectsat the electrodes of MHD power converters
| 103 | 72 | |
A. P. Rashchepkin.
Electrical characteristics of linear induction MHD machines with allowance for Fringe effects
| 110 | 77 | |
Yu. A. Birzvalk.
Optimization of the efficiency of electromagnetic pumps
| 119 | 83 | |
Yu. A. Valuev.
Analysis of optimization data on flat linear induction pumps
| 125 | 87 | |
A. M. Andreev and
V. A. Glukhikh.
Choice of optimal relations in the design of liquid-metal induction pumps
| 134 | 95 | |
G. Kh. Kirshtein and
V. E. Tsirkunov.
Effect of nonuniform velocity profile on the readings of an induction flowmeter
| 141 | 100 |
Brief communications
| Rus. | En. | ||
V. E. Kozyrenko.
MHD flow in a channel with finite or semi-infinite electrodes
| 144 | 103 | |
Kh. E. Kalis,
A. B. Tsinober and
A. G. Shtern.
Results of a numerical calculation of the drag coefficient of a circular cylinder in a transverse magnetic field
| 146 | 104 | |
A. S. Vasil'ev.
MHD flow in ducts with a sudden expansion
| 147 | 105 | |
B. G. Karasev and
I. V. Lavrent'ev.
Operating regimes of a MHD channel
| 148 | 107 | |
L. P. Gorbachev and
M. M. Grigor'ev.
Nonsteady motion of a conducting fluid due to slow rotation of a disk in a vessel in the presence of an axial magnetic field
| 150 | 108 | |
L. P. Gorbachev and
E. P. Potanin.
Motion of a conducting fluid due to the rotation of a disk in the presence of a strong axial magnetic field
| 152 | 109 | |
L. A. Verte,
V. E. Verkhovod,
V. D. Dubrovskii,
V. M. Zaitsev,
V. A. Koshelev,
N. M. Mishchenko,
B. M. Rotmistrovskii and
A. G. Surmilov.
Transporting pig iron in an electromagnetic through
| 154 | 111 |