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Magnitnaya Gidrodinamika 13, 1 (1977)
General and theoretical problems
| Rus. | En. | ||
V. M. Suyazov.
Theory of interpenetrating electromagnetic structural continua I. fundamental theoretical equations
| 3 | 1 | |
V. K. Polevikov and
V. E. Fertman.
Investigation of heat transfer through a horizontal layer of a magnetic liquid for the cooling of cylindrical conductors with a current
| 15 | 11 | |
V. G. Bashtovoi and
M. S. Krakov.
Excitation of waves on the surface of a magnetic liquid by a traveling magnetic field
| 22 | 17 | |
E. Ya. Blum,
G. E. Kronkalns and
A. G. Fedin.
Thermomagnetic convection in transverse flow over a cylinder
| 28 | 22 | |
A. D. Votsish and
Yu. B. Kolesnikov.
An experimental investigation of two-dimensional turbulence characteristics in a plane channel with an azimuthal magnetic field
| 35 | 27 | |
V. B. Gorskii.
One-dimensional flows of polarizable or magnetizable ideal gas
| 39 | 31 | |
P. Kh. Derkach and
A. P. Derkach.
A boundary layer of plasma with longitudinal flow around an elongated heated cylinder with account taken of a radial magnetic field, fixed with respect to the plasma
| 43 | 34 | |
S. S. Katsnel'son and
V. S. Slavin.
Calculation of the flow of a plasma in a radial MHD channel taking account of the two-dimensional character of the magnetic field
| 49 | 39 | |
L. V. Gorodzha,
V. A. Krutilin and
A. P. Rashchenkin.
Calculation of the electric field and currents in a plasma moving through a spatially periodic magnetic field
| 56 | 45 |
Engineering problems
| Rus. | En. | ||
A. Ya. Vilnitis.
Problem of end effect in a linear induction MHD machine at arbitrary load current
| 63 | 51 | |
T. N. Aitov,
A. I. Kalyutik and
A. V. Tananaev.
Numerical investigation of the flow dynamics of a conducting medium in a region of complex geometry when acted upon by an intense magnetic field
| 73 | 59 | |
V. P. Bocheninskii,
Yu. B. Emelin,
E. M. Kirisik,
A. V. Tananaev,
Yu. P. Ushakov and
A. M. Anisimov.
Experimental study of the energy characteristics and of the flow of liquid metal in a linear MHD induction pump. II
| 79 | 64 | |
L. M. Dronnik and
A. I. El'kin.
Transverse edge effect during flow of a viscous conducting liquid in an induction machine with a helical channel
| 83 | 67 | |
Z. N. Getselev and
G. I. Martynov.
Calculation of electromagnetic fields in "Inductor-shield-ingot" systems
| 89 | 72 | |
Yu. Ya. Mikel'son,
A. T. Yakovich and
L. L. Tir.
A method of calculating the velocity distribution in a cylindrical electric induction furnace
| 97 | 79 | |
P. V. Krast and
D. E. Peterson.
Calculating the characteristics of a conduction-type MHD regulator trough with the "armature reaction" taken into account
| 102 | 83 | |
G. K. Grinberg.
Evaluation of the feedback in MHD conduction machines
| 107 | 88 | |
V. V. Boyarevich,
V. I. Sharamkin and
E. V. Shcherbinin.
Effect of a longitudinal magnetic field on the flow of the medium during electric-arc and electro-flux processes
| 115 | 94 | |
Yu. M. Gel'fgat,
M. Z. Sorkin and
A. E. Mikel'son.
Distribution of components in a melt of immiscible metals in crossed electromagnetic fields
| 121 | 99 | |
G. Kh. Kirshtein and
V. A. Timofeev.
Effect of magnetic field distribution on the weighting function of a conduction flowmeter for rectilinear flow
| 125 | 102 | |
I. D. Vel't and
Yu. V. Mikhailova.
Electromagnetic flowmeter with a nonuniform magnetic field for liquid metal
| 131 | 107 |
Brief communications
| Rus. | En. | ||
E. V. Petukhova.
Engineering calculation of the electromagnetic force of induction mixers for arc furnaces
| 136 | 111 | |
V. I. Vasenin,
Yu. G. Kovalev and
V. S. Mel'nikov.
Conduction MHD-pump for obtaining titanium alloy castings
| 139 | 114 | |
E. M. Shchelukhin,
I. I. Tsarevskaya and
V. P. Burskii.
Pressure distribution in an electrically conducting liquid of spherical shape in the presence of crossed electric and magnetic fields
| 141 | 116 | |
A. I. Pakhomov and
T. Robinson.
Features in the use of a vane gauge for measuring the velocity of a liquid metal in MHD-circulation
| 143 | 119 |
Obituary
| Rus. | En. | ||
Aleksandr Ivanovich Vol'dek
| 148 | 122 |