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Magnitnaya Gidrodinamika 14, 1 (1978)
General and theoretical problems
| Rus. | En. | ||
V. A. Zhelnorovich.
Integrals of Newtonian equations and nonstationary one-dimensional exact solutions for models of magnetizable fluids with internal angular momentum
| 3 | 1 | |
I. S. Granik and
L. K. Martinson.
Motion of boundary of support of generalized solution in magnetic rheology problems
| 13 | 9 | |
S. L. Simkovich.
Effect of finite perturbations on stability of Hartmann flow of viscoplastic fluid
| 17 | 13 | |
Yu. D. Barkov and
V. F. Fertman.
Experimental study of floating of magnetic bodies in a magnetizable fluid
| 23 | 18 | |
V. G. Bashtovoi and
M. I. Pavlinov.
Convektive stability of a vertical layer of magnetizable fluid in a uniform magnetic field
| 27 | 21 | |
R. V. Birikh,
G. Z. Gershuni,
E. M. Zhukhovitskii and
R. N. Rudakov.
Stability of convective flow of a conducting fluid in a magnetic field
| 30 | 23 | |
M. Ya. Antimirov and
V. R. Liepinya.
Effect of magnetic field on convection in two-dimensional horizontal layer of fluid bounded above by a solid heat-conducting slab
| 37 | 29 | |
V. R. Liepinya.
MHD convection in a plane horizontal layer including the effect of surface tension
| 42 | 33 | |
S. I. Vainshtein.
MHD effects in a turbulent medium having nonuniform density
| 45 | 36 | |
Yu. Ya. Mikel'son,
A. T. Yakovich and
S. I. Pavlov.
Numerical investigation of averaged MHD flow in a cylindrical region with the adoption of working hypotheses for turbulent stresses
| 51 | 42 | |
M. Ya. Antimirov.
Time-independed flow of a conducting fluid in a half-space and a two-dimensional channel in a nonuniform external magnetic field
| 59 | 49 | |
Yu. M. Gel'fgat,
D. E. Peterson and
E. V. Shcherbinin.
Velocity structure of flows in nonuniform constant magnetic fields 1. Numerical calculations
| 66 | 55 | |
N. V. Nikitin.
MHD rotation of electrically conducting media in crossed fields
| 73 | 62 | |
Yu. Birzvalk.
Shunting coefficients for MHD flows
| 83 | 71 | |
I. I. Ievlev.
Equilibrium of a liquid dielectric with a free boundary, located between two charged nonconcentric spheres
| 90 | 78 | |
I. A. Shvarts.
An electrodynamic lubricating layer
| 95 | 82 |
Engineering problems
| Rus. | En. | ||
M. I. Brainin.
Two-dimensional description of the electromagnetic field and the longitudinal edge effect in the channel of an induction MHD pump having a closed busbar
| 100 | 87 | |
I. R. Parts.
Effectiveness of lateral busbars in linear induction-type magnetihydrodynamic machines
| 113 | 99 | |
V. Yu. Cherepanov.
Model problem of MHD flow in a lithium blanket
| 117 | 102 | |
V. P. Kornilov and
N. I. Loginov.
Effect of the velocity head on the output voltage of an electromagnetic velocity meter with a cylindrical magnet
| 121 | 106 | |
N. A. Okulov.
Optimal characteristics of the work of a conduction-type channel
| 125 | 109 | |
N. M. Voropai and
I. V. Krivtsun.
Gasdynamic characteristics of plasma flow in welding arcs
| 132 | 115 | |
M. N. Vasil'ev.
Decay of a jet of liquid metal in a magnetic field
| 137 | 120 |
Brief communications
| Rus. | En. | ||
V. M. Polunin.
Resonant excitation of oscillations in a ferromagnetic fluid
| 141 | 124 | |
A. B. Kapusta and
A. F. Zibol'd.
Effect of the symmetry of a rotating magnetic field on the dynamic characteristics of a lamunar flow
| 143 | 126 | |
S. M. Apollonskii.
Accuracy of the dipole approximation of external magnetic fields in MHD machines
| 146 | 129 |