| | Rus. | En. |
250 years of the Academy of Science of the USSR
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3 |
1 |
F. P. Grosu and
M. K. Bologa.
One-dimensional thermoelectrohydrodynamic flows of a weakly conducting fluid
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7 |
3 |
V. V. Gogosov,
O. N. Grigor'eva,
V. A. Naletova and
N. L. Farber.
Structure of electrohydrodynamic shock waves in three-phase media containing two sorts of charged particles. Electrohydrodynamic flows from surface discontinuities
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20 |
13 |
A. Gailitis and
Ya. Freiberg.
Self-excitation of a magnetic field by a pair of annular eddies
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37 |
26 |
A. L. Tseskis and
A. B. Tsinober.
Generation of a magnetic field in a turbulent conducting fluid
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43 |
31 |
Z. B. Roikhvarger.
Structure of the perturbed region with a self-similar explosion in a magnetic field
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49 |
36 |
V. I. Aref'ev.
Instabilities of a conducting fluid flow. I.
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55 |
41 |
A. A. Megakhed.
Effect of induced magnetic field and heat transfer on nonstationary magnetohydrodynamic flow around a porous plate
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64 |
48 |
L. G. Genin,
S. P. Manchkha and
V. G. Sviridov.
Effect of a longitudinal magnetic field on profiles of temperature, heat transfer, and turbulent heat transfer in mercury flows
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70 |
53 |
M. M. Maiorov and
A. O. Tsebers.
Laminar one-dimensional flow of a ferrosuspension in a varying magnetic field
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78 |
59 |
Vu Zuy Quang.
Convective instability of a liquid layer in a magnetic field for finite thickness and finite thermal conductivity of the walls
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83 |
63 |
I. L. Povkh,
N. I. Bolonov,
A. A. Zori and
I. G. Dunaevskii.
Comparative characteristics of the conduction and hot wire anemometers
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89 |
68 |
L. P. Poberezhskii and
A. O. Yakhot.
Nonuniformity of the current distribution in the channel of a magnetohydrodynamic generator
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94 |
72 |
L. K. Kovalev and
S. M.-A. Koneev.
Transverse edge effect in a cylindrical MHD channel with sectioned side wall
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99 |
76 |
A. I. Vol'dek,
A. I. Kienko,
O. N. Manoilova,
A. A. Mikirtichev,
N. A. Soldatenkova and
E. V. Tolvinskaya.
Experimental and calculational investigation of the longitudinal edge effects of an induction-type magnetohydrodynamic machine
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107 |
83 |
I. V. Veselov,
Yu. K. Krumin' and
A. F. Shkol'nikov.
Effect of the electrical conductivity of the secondary magnetic circuit on the characteristics of induction-type magnetohydrodynamic devices
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112 |
87 |
Yu. K. Krumin'.
Method for calculating an electromagnetic through
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117 |
91 |
Yu. K. Krumin'.
Investigation of the flow of a tongue of liquid metal along an electromagnetic through with zero output
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122 |
96 |
L. L. Tir.
Vortex forces in a liquid metal in the field of a single-phase inductor
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127 |
101 |
Yu. M. Gel'fgat,
L. A. Gorbunov and
A. L. Gudkov.
A conductor-type magnetohydrodynamic pump with an axial current supply
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136 |
108 |
B. V. Chekin,
V. I. Doronin,
V. V. Boyarenko and
V. V. Lesovoi.
Modeling of the hydrodynamic of the electromagnetic treatment of the melts by solid reagents in a flow
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143 |
114 |