About the Journal
Subscription information
Current Issue
Tables of Contents
Author Index
Search
Authors
Referees
Magnitnaya Gidrodinamika 3, 2 (1967)
General and theoretical problems
| Rus. | En. | ||
W. Brzozowski and
Sz. Suckewer.
Review of the works related to plasma parameter measurements in MHD generators and plasma jets performed at the Institute of Nuclear Research in Poland
| 3 | 1 | |
V. S. Tkalich.
Flow around profiles in relativistic magnetohydrodynamics
| 11 | 7 | |
P. L. Gusika and
G. S. Sukhov.
A magnetohydrodynamic shock wave with a discontinuity of conductivity
| 18 | 11 | |
V. P. Korobeinikov.
Damping of weak magnetohydrodynamic shock waves
| 25 | 15 | |
K. V. Brushlinskii,
N. I. Gerlakh and
A. I. Morozov.
Influence of finite conductivity on two dimensional plasma flow in a coaxial channel
| 31 | 19 | |
S. M. Apollonskii and
Yu. P. Kos'kin.
Effect of boundary conditions at the flow core on characteristics of the boundary layer at the wall in a low temperature plasma in MHD channels
| 35 | 22 | |
B. B. Volchek,
L. R. Starominskii and
I. M. Tolmach.
Space effects in MHD flow in a channel with sectioned electrodes
| 43 | 27 | |
V. E. Kozyrenko.
An investigation of certain boundary problems describing the motion of a conducting fluid in a longitudinal magnetic field
| 50 | 32 | |
V. S. Yuferev.
The laminar boundary layer of a conducting fluid when there is a stepwise change of the magnetic field
| 61 | 38 | |
I. P. Ginzburg and
L. I. Skurin.
A turbulent MHD boundary layer in the presence of a longitudinal pressure gradient
| 65 | 41 | |
A. P. Zambran and
S. M. Tovmenko.
Oscillations of a liquid metal sphere in a dielectric medium in the presence of a constant magnetic field
| 72 | 45 | |
O. A. Glazov.
Rotational motion of a conducting fluid over an immobile disc in the presence of a magnetic field
| 75 | 47 | |
L. P. Gorbachev and
M. M. Grigor'ev.
Motion of an electrically conducting fluid caused by the slow rotation of a disc in a jacket in the presence of an axial magnetic field
| 81 | 50 | |
Yu. A. Ikonnikov,
I. A. Krivonishchenko and
G. P. Kropachev.
Defining the similarity criteria for magnetohydrodynamic phenomena on the basis of dimensional analysis
| 85 | 52 | |
Yu. K. Zander and
Ya. Ya. Lielpeter.
Experimental study of the flow of mercury in a traveling magnetic field
| 93 | 59 | |
Yu. V. Bogdanov,
G. G. Branover,
O. A. Lielausis,
Ya. Ya. Lielpeter and
A. V. Tananaev.
Hydraulic characteristics of electromagnetic pumps. II.
| 98 | 62 | |
J. Haeusler.
Change of the resistance of an ellipsoidal probe in a homogeneous magnetic field
| 103 | 67 | |
V. A. Golodnyak,
O. Ya. Kazakevich and
L. Yu. Ustimenko.
Current-voltage characteristics of metallic electrodes in ionized gas flows
| 111 | 72 | |
S. V. Vasil'ev,
N. M. Okhremenko,
L. G. Smirnova and
A. G. Chepovetskii.
Axial pressure distribution in a linear induction pump with lateral contact bars
| 115 | 75 | |
O. M. Mironov.
A constriction-type electromagnetic pump operating on liquid metals with constant flow velocity
| 119 | 78 | |
V. M. Krauya.
Static equilibrium of a liquid metal in the duct of a conduction-type dc pump
| 125 | 82 | |
B. L. Alievskii.
Acyclic generator-dc pump
| 129 | 85 | |
Ya. I. Sokolin,
L. M. Kulikova and
S. M. Nikulin.
Study of the operation of an automatic MHD metering device for supplying pressure casting machines with batches of liquid metal
| 133 | 88 | |
R. G. Perel'man.
High-temperature potassium-vapor research installation
| 139 | 92 | |
G. Grinberg and
Z. Bandere.
Optimal shape of a highly elongated superconducting magnetizing coil
| 145 | 98 | |
A. V. Grishin,
A. E. Kaplyanskii and
Yu. S. Rusin.
Calculation of the field in a tapered electromagnetic gap
| 149 | 101 |
Brief communications
| Rus. | En. | ||
A. B. Tsinober and
A. G. Shtern.
Possibility of increasing the flow stability in a boundary layer by means of crossed electric and magnetic fields
| 152 | 103 | |
Yu. K. Krumin.
Maximum of the pondermotive forces for a "matched" plane double inductor
| 154 | 105 | |
G. G. Branover.
Suppression of turbulence in pipes with transverse and longitudinal magnetic fields
| 156 | 107 |