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Magnitnaya Gidrodinamika 2, 1 (1966)

General and theoretical problems

Rus.En.

R. V. Polovin and K. P. Cherkasova. Magnetosonic waves
[Abstract] [PDF.eng] [PDF]

3 1

D. V. Sivukhin. The conical refraction of magnetosonic waves
[Abstract] [PDF.eng] [PDF]

35 18

V. M. Fadeev. On the "magnetostatic" oscillations in interpenetrating plasmas and selfconstricted current layers
[Abstract] [PDF.eng] [PDF]

43 23

E. L. Kitanin and Yu. A. Sokovishin. The boundary layer of a conducting fluid in a magnetic field
[Abstract] [PDF.eng] [PDF]

47 25

M. I. Kiselev. Magneto-elastic flutter
[Abstract] [PDF] [PDF]

51 28

O. E. Pushkarev. The optimum dynamic regimes of MGD energy converters
[Abstract] [PDF.eng] [PDF]

55 30

G. S. Golytsin, T. Dzhuzumkulov and K. P. Stanyukovich. A general solution of the equations of magnetohydrodynamics for one-dimensional non-stationary and plane stationary motions
[Abstract] [PDF.eng] [PDF]

65 36

L. A. Vulis and B. A. Fomenko. Transient flow regimes in magnetohydrodynamics
[Abstract] [PDF.eng] [PDF]

74 41

V. M. Sych. The flow of a viscous and electrically conducting fluid in a duct of finite electrical conductivity
[Abstract] [PDF.eng] [PDF]

85 48

V. P. Shidlovskii. The motion of a viscous and electrically conducting fluid at a rotating disc in the presence of an axial magnetic field
[Abstract] [PDF.eng] [PDF]

93 52

G. G. Branover, Yu. M. Gel'fgat, A. B. Tsinober, A. B. Shtern and E. V. Shcherbinin. The application of Pitot and Prandtl tubes in magnetohydrodynamic experiments
[Abstract] [PDF.eng] [PDF]

98 55

G. G. Branover, O. A. Lielausis and E. Yu. Shekhter. Hydraulic principles of determination of the parameters of molten-metal batchers operating at constant inlet pressure
[Abstract] [PDF.eng] [PDF]

103 59

V. S. Kushnir, N. M. Morozova and L. D. Pichakhchi. The effect of busbars on the interaction of the flow of an electrically conducting fluid with a traveling magnetic field
[Abstract] [PDF.eng] [PDF]

109 62

A. I. Vol'dek. Principles of a unified calculation method for cylindrical and plane induction pumps
[Abstract] [PDF.eng] [PDF]

116 66

B. L. Alievskii and A. I. Bertinov. Calculation of a minimum weight cylindrical-helical DC induction pump
[Abstract] [PDF.eng] [PDF]

121 69

V. K. Grishin and A. G. Kuznetsov. Characteristics of electromagnetic conduction pump pumping liquid sodium at up 500° C
[Abstract] [PDF.eng] [PDF]

127 73

O. M. Mironov. Electromagnetic pump based on the pinch effect
[Abstract] [PDF.eng] [PDF]

132 77

N. I. Dragunkina and L. L. Tir. Experimental investigation of similarity conditions in the motion of molten metal in an induction furnace
[Abstract] [PDF.eng] [PDF]

137 81

P. V. Kachanov. An O-shaped unsaturated magnetic system with two excitation coils designed for MHD-machinery
[Abstract] [PDF.eng] [PDF]

142 85

I. D. Vel't. Electrodynamic similarity in solving the problem of lossless calibration of induction flowmeters
[Abstract] [PDF.eng] [PDF]

146 87

Brief communications

Rus.En.

Ya. I. Sokolin. Magnetohydrodynamic batcher
[Abstract] [PDF.eng] [PDF]

150 90

G. P. Dikii. The axial motion of a conducting fluid in a radial magnetic field
[Abstract] [PDF.eng] [PDF]

151 91

E. I. Yantovskii. Effect of the nozzle expansion ratio for an ionized gas on the specific power of an MHD generator
[Abstract] [PDF.eng] [PDF]

153 92

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