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Magnitnaya Gidrodinamika 2, 2 (1966)
General and theoretical problems
| Rus. | En. | ||
G. A. Popov and
V. B. Tikhonov.
The analysis of one-dimensional MHD flows in generalized energetic coordinates
| 3 | 1 | |
V. S. Tkalich.
Subsonic flows past obstacles in magnetohydrodynamics
| 12 | 6 | |
V. E. Kozyrenko.
An approximate method for the solution of magnetogasdynamic duct flow problems
| 17 | 9 | |
A. I. Bertinov and
D. A. But.
The design of linear energy converters operating on weakly ionized gases and utilizing perpendicular magnetic fields
| 25 | 13 | |
G. P. Dikii,
P. P. Kostenko,
V. G. Selivanov and
S. D. Frolov.
Motion of a conducting gas in an annular duct in the presence of an axial magnetic field
| 32 | 17 | |
K. I. Kim,
V. T. Chemeris,
N. V. Markovskii and
A. I. Aristov.
Experimental investigation of Hall effects in a low-temperature plasma under alternating magnetic field conditions
| 39 | 21 | |
V. A. Golodnyak and
L. Yu. Ustimenko.
Potential distribution for the flow of an ionized gas in a channel
| 47 | 26 | |
A. S. Pleshanov.
On crises in MHD generators
| 54 | 31 | |
O. E. Pushkarev.
The thermal cycle of a magnetogasdynamic generator and the optimal resistance of the external load
| 57 | 33 | |
L. A. Vulis,
P. L. Gusika,
M. K. Kusainov,
Yu. K. Shmelev and
V. T. Yaglenko.
Mercury flow in a through in a transverse magnetic field
| 61 | 36 | |
L. K. Martinson and
K. B. Pavlov.
Magnetohydrodynamic rotation of a conducting plastico-viscous fluid in an annular channel
| 73 | 44 | |
A. Gailitis.
Oscillations of a conducting drop in a magnetic field
| 79 | 47 | |
A. P. Zambran.
Small oscillations of a viscous liquid metal drop in the presence of a magnetic field
| 91 | 54 | |
G. P. Dikii.
The spiral flow of a conducting fluid in a radial magnetic field
| 96 | 57 | |
L. M. Simuni.
Motion of a conducting fluid at the entrance of a plane divergent channel
| 101 | 60 | |
R. A. Pavlovskii.
Magnetohydrodynamic phenomena in the motion of a dielectric shell in an electrolyte
| 105 | 62 | |
R. K. Dukure.
Effect of relative wall roughness upon magnetohydrodynamic flows in rectangular ducts
| 109 | 64 | |
A. P. Rashchepkin.
Symmetrization of the winding of an induction machine with an open magnetic circuit
| 116 | 70 | |
A. A. Fomin.
Analysis of a symmetrical inductor with a multipole field
| 123 | 74 | |
Yu. V. Bogdanov,
G. G. Branover,
O. A. Lielausis,
Ya. Ya. Lielpeter and
A. V. Tananaev.
Hydraulic properties of electromagnetic pump ducts. I.
| 130 | 78 | |
A. I. Vol'dek,
L. Kh. Rannu and
Kh. I. Yanes.
New developments in the design of special windings for traveling magnetic field devices
| 135 | 82 | |
G. Ya. Kochetkova,
M. Ya. Stolov,
L. L. Tir and
P. M. Chaikin.
The circulation of metal in an induction furnace
| 139 | 85 | |
A. E. Mikel'son and
V. N. Nikolaev.
Magnetic fields and forces in an electromagnetic crystallizer
| 143 | 88 | |
U. Ts. Andres and
S. A. Lin'kova.
Effect of crossed electric and magnetic fields on the fluidization of solids with a conducting fluid
| 148 | 92 |
Brief communications
| Rus. | En. | ||
A. G. Shtern and
E. V. Shcherbinin.
Development of magnetohydrodynamic boundary layer on an accelerating body
| 153 | 96 | |
Ya. Ya. Lielpeter,
R. A. Petrovich and
L. Ya. Ulmanis.
The comparing various expressions for the attenuation factors in induction MHD machines
| 155 | 97 |
Letter to editor
| Rus. | En. | ||
G. A. Popov and
V. B. Tikhonov.
A comment on E. I. Yantovskii's paper "On determining the magnetic Reynolds number"
| 157 | 98 |