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Magnitnaya Gidrodinamika 4, 1 (1968)
General and theoretical problems
| Rus. | En. | ||
G. G. Kapustyanenko.
A mechanism for generating reaction energy by the interaction of a plasma with a moving magnetic field
| 3 | 1 | |
E. P. Vaulin and
N. B. Starinskaya.
Ohm's law for partially ionized gases in crossed electric and magnetic fields at large diffusion velocities
| 9 | 5 | |
Yu. N. Denisov and
V. V. Proshkin.
Collision of a gasmagnetic shock wave with a flat barrier in infinitely conducting inert and reactive media
| 15 | 9 | |
P. P. Kostenko and
S. D. Frolov.
Calculation of the flow of a dissociating gas in an MHD generator channel
| 20 | 12 | |
I. V. Lavrent'ev.
Effect of the length of a nonconducting barrier on the characteristics of an MHD generator
| 27 | 17 | |
S. M. Apollonskii and
Yu. P. Kos'kin.
Electrode wall boundary layers and their effect on the efficiency of energy conversion in MHD channels
| 33 | 21 | |
V. S. Yuferev.
Interaction of the boundary layer over a cold electrode with the core flow in an MHD generator
| 41 | 26 | |
A. I. Bertinov and
D. A. But.
Calculation of the internal magnetic field in one-dimensional magnetohydrodynamic flow
| 48 | 31 | |
I. K. Kukin and
O. S. Pankratov.
An experimental investigation of laminar MHD flow of an incompressible fluid in a diffuser
| 57 | 37 | |
G. G. Branover,
A. S. Vasil'ev,
A. B. Tsinober and
A. Ya. Shkerstena.
Distribution of flow velocities in a rectangular pipe situated with the long side of its cross section in the direction of a magnetic field
| 65 | 42 | |
L. A. Vulis,
T. A. Paramonova and
B. A. Fomenko.
The resistance of a liquid metal flowing in a magnetic field
| 68 | 44 | |
L. I. Skurin.
Turbulent plane-parallel MHD flow in a transverse magnetic field
| 75 | 49 | |
M. M. Ignatenko.
The electric field in an MHD channel of rectangular cross section with semi-infinite electrodes
| 80 | 52 | |
V. M. Sych.
Magnetohydrodynamic flow in rectangular channels with forced flow through porous walls
| 85 | 55 | |
V. I. Tokatly.
Flow in an inviscid magnetic boundary layer
| 93 | 59 | |
M. Kh. Ibragimov,
N. I. Loginov and
V. I. Subbotin.
Effect of a transverse magnetic field on the velocity profile in a circular pipe
| 101 | 64 | |
Yu. A. Krikun,
Yu. C. Kuksa,
A. E. Mikel'son,
V. A. Rezvitskii and
Z. D. Chernyi.
Oscillations of a liquid metal cylinder allowing for magnetic viscosity
| 105 | 67 | |
N. M. Pisarev.
The convection of a conducting fluid in a long vertical pipe with an annular cross section
| 109 | 70 | |
Ya. Ya. Valdmanis and
Ya. Ya. Lielpeter.
Electromagnetic analysis of an approximate model of an induction MHD machine with account for the secondary circuit
| 114 | 73 | |
A. Ya. Vilnitis,
E. V. Yubelis,
Ya. R. Shmit,
G. Ya. Zvane and
Yu. P. Ushakov.
Optimization of flat induction pumps with allowance for the thickness effect and hydraulic losses
| 123 | 79 | |
Yu. A. Birzvalk.
Fringe effect in conduction MHD machines when part of the current branches along the channel
| 129 | 83 | |
Yu. A. Birzvalk and
V. A. Teplyakov.
Determination of the dynamic shunt conductance of a DC conduction pump
| 138 | 89 | |
V. B. Bol'shakov and
L. M. Korsunskii.
Optimum pole length in the magnetic systems of electromagnetic flowmeters
| 141 | 91 | |
V. V. Proshkin.
Theory of the induction method of plasma velocity measurement
| 147 | 95 | |
Z. N. Getselev and
G. I. Martynov.
Calculation of the electromagnetic pressure in an induction valve
| 150 | 97 |