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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
[Abstract] [PDF.eng] [PDF]

3 1

V. S. Tkalich. Flow around profiles in relativistic magnetohydrodynamics
[Abstract] [PDF.eng] [PDF]

11 7

P. L. Gusika and G. S. Sukhov. A magnetohydrodynamic shock wave with a discontinuity of conductivity
[Abstract] [PDF.eng] [PDF]

18 11

V. P. Korobeinikov. Damping of weak magnetohydrodynamic shock waves
[Abstract] [PDF.eng] [PDF]

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
[Abstract] [PDF.eng] [PDF]

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
[Abstract] [PDF.eng] [PDF]

35 22

B. B. Volchek, L. R. Starominskii and I. M. Tolmach. Space effects in MHD flow in a channel with sectioned electrodes
[Abstract] [PDF.eng] [PDF]

43 27

V. E. Kozyrenko. An investigation of certain boundary problems describing the motion of a conducting fluid in a longitudinal magnetic field
[Abstract] [PDF.eng] [PDF]

50 32

V. S. Yuferev. The laminar boundary layer of a conducting fluid when there is a stepwise change of the magnetic field
[Abstract] [PDF.eng] [PDF]

61 38

I. P. Ginzburg and L. I. Skurin. A turbulent MHD boundary layer in the presence of a longitudinal pressure gradient
[Abstract] [PDF.eng] [PDF]

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
[Abstract] [PDF.eng] [PDF]

72 45

O. A. Glazov. Rotational motion of a conducting fluid over an immobile disc in the presence of a magnetic field
[Abstract] [PDF.eng] [PDF]

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
[Abstract] [PDF.eng] [PDF]

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
[Abstract] [PDF.eng] [PDF]

85 52

Yu. K. Zander and Ya. Ya. Lielpeter. Experimental study of the flow of mercury in a traveling magnetic field
[Abstract] [PDF.eng] [PDF]

93 59

Yu. V. Bogdanov, G. G. Branover, O. A. Lielausis, Ya. Ya. Lielpeter and A. V. Tananaev. Hydraulic characteristics of electromagnetic pumps. II.
[Abstract] [PDF.eng] [PDF]

98 62

J. Haeusler. Change of the resistance of an ellipsoidal probe in a homogeneous magnetic field
[Abstract] [PDF.eng] [PDF]

103 67

V. A. Golodnyak, O. Ya. Kazakevich and L. Yu. Ustimenko. Current-voltage characteristics of metallic electrodes in ionized gas flows
[Abstract] [PDF.eng] [PDF]

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
[Abstract] [PDF.eng] [PDF]

115 75

O. M. Mironov. A constriction-type electromagnetic pump operating on liquid metals with constant flow velocity
[Abstract] [PDF.eng] [PDF]

119 78

V. M. Krauya. Static equilibrium of a liquid metal in the duct of a conduction-type dc pump
[Abstract] [PDF.eng] [PDF]

125 82

B. L. Alievskii. Acyclic generator-dc pump
[Abstract] [PDF.eng] [PDF]

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
[Abstract] [PDF.eng] [PDF]

133 88

R. G. Perel'man. High-temperature potassium-vapor research installation
[Abstract] [PDF.eng] [PDF]

139 92

G. Grinberg and Z. Bandere. Optimal shape of a highly elongated superconducting magnetizing coil
[Abstract] [PDF.eng] [PDF]

145 98

A. V. Grishin, A. E. Kaplyanskii and Yu. S. Rusin. Calculation of the field in a tapered electromagnetic gap
[Abstract] [PDF.eng] [PDF]

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
[Abstract] [PDF.eng] [PDF]

152 103

Yu. K. Krumin. Maximum of the pondermotive forces for a "matched" plane double inductor
[Abstract] [PDF.eng] [PDF]

154 105

G. G. Branover. Suppression of turbulence in pipes with transverse and longitudinal magnetic fields
[Abstract] [PDF.eng] [PDF]

156 107

Copyright: Institute of Physics, University of Latvia
ISSN (printed edition): 0024-998X