| | Rus. | En. |
I. E. Taranov.
A new integral of steady vortex motion in magnetohydrodynamics
[Abstract]
[PDF.eng]
[PDF.rus]
| |
3 |
135 |
V. V. Gvaramadze,
Dzh. G. Lominadze,
A. A. Ruzmaikin and
D. D. Sokolov.
Magnetic field in turbulent compressible fluid flow with a linear profile
[Abstract]
[PDF.eng]
[PDF.rus]
| |
8 |
139 |
R. P. Millere,
R. Kh. Suleimanov and
E. V. Shcherbinin.
Periodic electrical vortex flow in a tube with variable electrical conductivity of the wall
[Abstract]
[PDF.eng]
[PDF.rus]
| |
11 |
142 |
A. V. Boyarevich and
L. A. Gorbunov.
Effect of magnetic fields of different orientation on thermogravitational convection in an electrically conducting fluid with a horizontal heat flow
[Abstract]
[PDF.eng]
[PDF.rus]
| |
17 |
148 |
K. Kh. Mansurov and
V. V. Sokolov.
Acoustical properties of magnetic fluids. 2. Water-base magnetic fluids
[Abstract]
[PDF.eng]
[PDF.rus]
| |
25 |
155 |
V. M. Korovin.
Forces acting on particles suspended in a current carrying liquid
[Abstract]
[PDF.eng]
[PDF.rus]
| |
30 |
160 |
M. Ya. Antimirov and
S. Yu. Molokov.
Exact determination of the asymptotic torque acting on a body of revolution at large Hartmann numbers
[Abstract]
[PDF.eng]
[PDF.rus]
| |
37 |
166 |
A. G. Bershadskii.
Cascadeless damping of anisotropic inhomogeneous turbulence
[Abstract]
[PDF.eng]
[PDF.rus]
| |
41 |
170 |
V. A. Ageev,
V. V. Balyberdin,
I. I. Ievlev and
V. I. Legeida.
Equilibrium of a magnetic drop in a gradient magnetic field
[Abstract]
[PDF.eng]
[PDF.rus]
| |
46 |
174 |
N. G. Taktarov.
Motion of a drop of nonmagnetic liquid covered with a film of magnetizable substance
[Abstract]
[PDF.eng]
[PDF.rus]
| |
51 |
179 |
A. O. Tsebers.
Three-dimensional structures in planar ferrocolloid layers
[Abstract]
[PDF.eng]
[PDF.rus]
| |
57 |
184 |
V. G. Bashtovoi and
V. A. Chernobai.
Fluid friction in the couette flow of a magnetic fluid
[Abstract]
[PDF.eng]
[PDF.rus]
| |
63 |
189 |
A. Ya. Simonovskii.
Heat transfer during quench-cooling in a magnetic field
[Abstract]
[PDF.eng]
[PDF.rus]
| |
67 |
192 |
Yu. M. Shkel'.
Study of the effect of shear flow on the high-frequency magnetic susceptibility of a magnetic fluid
[Abstract]
[PDF.eng]
[PDF.rus]
| |
73 |
198 |
B. E. Kashevskii and
Yu. V. Poroshin.
Effective viscosity of a suspension of magnetic particles in an electrically conducting fluid
[Abstract]
[PDF.eng]
[PDF.rus]
| |
78 |
202 |
A. I. Fedonenko.
Effect of contact interactions on the stability of electrically conducting magnetic fluids
[Abstract]
[PDF.eng]
[PDF.rus]
| |
83 |
207 |
Yu. I. Dikanskii,
N. G. Polikhronidi and
K. A. Balabanov.
Magnetic susceptibility of a magnetic fluid with a microdroplet structure
[Abstract]
[PDF.eng]
[PDF.rus]
| |
87 |
211 |
M. S. Krakov,
E. S. Maskalik,
V. F. Medvedev and
I. V. Nikiforov.
Drag of a plane channel with walls covered by a magnetic fluid
[Abstract]
[PDF.eng]
[PDF.rus]
| |
92 |
216 |
V. V. Gogosov,
R. D. Smolkin,
O. P. Saiko and
V. S. Krokhmal'.
Computation and development of a separator in magnetic liquids
[Abstract]
[PDF.eng]
[PDF.rus]
| |
99 |
222 |
A. V. Kolomentsev,
V. I. Kordonskii and
I. V. Prokhorov.
Magnetorheological damping devices
[Abstract]
[PDF.eng]
[PDF.rus]
| |
104 |
227 |
Ya. K. Priede and
M. Z. Sorkin.
MHD flow in axisymmetric magnetic and electric fields
[Abstract]
[PDF.eng]
[PDF.rus]
| |
109 |
232 |
I. V. Lavrent'ev and
A. Ya. Shishko.
Integral characteristics of a two-pole MHD clutch at finite magnetic Reynolds numbers
[Abstract]
[PDF.eng]
[PDF.rus]
| |
117 |
240 |
M. Ya. Stolov.
Research on MHD processes in induction-type channel ovens as a basis for development
[Abstract]
[PDF.eng]
[PDF.rus]
| |
125 |
246 |