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Magnitnaya Gidrodinamika 15, 2 (1979)
General and theoretical problems
| Rus. | En. | ||
N. F. Patsegon and
I. E. Tarapov.
Weak discontinuities in a conducting magnetizable medium
| 3 | 123 | |
N. G. Taktarov and
Chyong Za Bin'.
Stabilization of discontinuity surfaces in magnetizable media by means of a nonuniform magnetic field
| 10 | 128 | |
M. M. Maiorov and
A. O. Tsebers.
Hydrodynamics of magnetizable suspensions in a traveling magnetic field of a single-sided inductor
| 13 | 130 | |
M. M. Maiorov.
Experimental study of the permeability of a ferrofluid in an alternating magnetic field
| 21 | 135 | |
A. A. Kolyshkin.
Steady-state MHD convection in a vertical annular duct in a radial magnetic field
| 27 | 140 | |
E. E. Son.
Reyleigh-Taylor instability of a conducting viscous fluid in a magnetic field
| 35 | 146 | |
A. P. Anufriev.
Effect of a magnetic field on the formation of Taylor columns in a rapidly rotating fluid
| 39 | 149 | |
Yu. V. Nemirovskii and
Ya. L. Kheinloo.
Nonsteady turbulent MHD flows in plane channels and circular tubes
| 46 | 154 | |
Kh. E. Kalis and
Yu. B. Kolesnikov.
Influence of a homogeneous transverse magnetic field on shear flow of a viscous electrically conducting fluid
| 51 | 158 | |
K. D. Danov.
Equilibrium and stability of the free surface of a heavy liquid between two charged and slightly bent vertical surfaces
| 55 | 161 | |
V. V. Gogosov,
E. I. Nikiforovich and
V. V. Tolmachev.
Elektrization of a low-conductivity liquid flowing trough a metal pipe
| 59 | 164 | |
A. I. Zhakin,
V. Nadeborn and
I. E. Tarapov.
Electroconvective stability of a low-conductivity liquid
| 63 | 167 | |
V. M. Foliforov.
MHD pumps for the transfer of mercury in electrolytic tanks during production of chlorine and caustic soda
| 69 | 171 | |
A. M. Anisimov,
V. F. Vasil'ev,
L. V. Lavrent'ev and
V. L. Ovchinnikov.
Interaction of a moving ribbon conductor with the field of a ferromagnetic inductor. II
| 75 | 175 | |
S. P. Vasil'evskii,
E. F. Belyaev and
P. N. Tsylev.
Analysis of MHD induction machines operating in the dc braking mode
| 79 | 178 | |
A. B. Kapusta and
V. P. Shamota.
Laminar flow of a conducting fluid in the duct of a linear cylindrical induction pump
| 86 | 183 | |
O. S. Shchukin.
A new method for improving the performance characteristics of linear induction MHD machines
| 89 | 186 | |
A. N. Andrianov,
L. V. Vitkovskii and
I. V. Lavrent'ev.
Multipole MHD throttle with annular duct
| 94 | 190 | |
G. P. Bazarov,
E. N. Kufa and
S. A. Medin.
Influence of the loading factor on the performance characteristics of series MHD generators
| 99 | 193 | |
Yu. A. Birzvalk,
Ya. Ya. Zandart,
I. N. Mikryukova,
Yu. P. Ushakov,
A. Ya. Shishko and
A. V. Eglitis.
Experimental investigation of a two-channel dc electromagnetic pump
| 105 | 197 | |
A. I. Khozhainov,
V. I. Andreev and
N. B. Ryskina.
Transient flow of a liquid metal at the electrode of a linear conduction motor
| 112 | 202 | |
G. Kh. Kirshtein and
V. G. Klimov.
A new method for measuring liquid metal flow rates
| 117 | 206 | |
A. F. Kolesnichenko.
Capillary MHD flows with free boundaries
| 122 | 209 | |
N. N. Popov.
Structural analysis of power losses in liquid-metal slip contacts
| 129 | 214 |
Brief communications
| Rus. | En. | ||
A. M. Anisimov,
V. F. Vasil'ev,
L. V. Lavrent'ev and
V. L. Ovchinnikov.
Induced fields in the motion of a conducting medium in the field of an air-core magnetic system
| 136 | 220 | |
G. P. Bazarov and
E. N. Kufa.
Characteristics of series channels with a diminishing electrode-commutation angle in the transition section
| 138 | 222 | |
Yu. A. Gulyaev,
G. A. Kushelev and
V. S. Shklyar.
EHDA integrator study of the effective forces in the active zones of an induction pump
| 140 | 224 | |
V. I. Vasenin,
Yu. G. Kovalev and
V. S. Mel'nikov.
Calculation of the filling of a casting mold with metal under pressure from a conduction MHD pump
| 142 | 226 |
Chronicles
| Rus. | En. | ||
O. A. Lielausis,
Y. L. Frantsman and
I. K. Shmeld.
Riga Seminar on Magnetohydrodynamics
| 145 | 229 |