| | Rus. | En. |
D. Sokoloff.
Concentration helicity in the local disc dynamo problem
[Abstract]
[PDF.eng]
[PDF.rus]
| |
131 |
107 |
A. A. Bobnev.
Theory of the differential rotation of a non-specific polytropic star
[Abstract]
[PDF.eng]
[PDF.rus]
| |
136 |
112 |
Kh. Kalis.
Special computational methods for the solution of MHD problems
[Abstract]
[PDF.eng]
[PDF.rus]
| |
144 |
119 |
B. Grabeev,
M. Balasoiu,
D. Bica and
A. I. Kuklin.
Determination of the structure of magnetite particles in a ferrofluid by the small angle neutron scattering method
[Abstract]
[PDF.eng]
[PDF.rus]
| |
156 |
130 |
V. V. Gogosov,
V. V. Kiryushin and
A. Ya. Simonovskii.
Control of the heat and mass transfer in magnetic fluids 1. Temperature distribution in a cylinder cooled in a magnetic fluid
[Abstract]
[PDF.eng]
[PDF.rus]
| |
163 |
135 |
V. V. Gogosov,
V. V. Kiryushin and
A. Ya. Simonovskii.
Control of the heat and mass transfer in magnetic fluids 2. Thermal stress distribution in a cylinder cooled in a magnetic fluid
[Abstract]
[PDF.eng]
[PDF.rus]
| |
171 |
141 |
A. Cebers.
On elastic properties of stripe structures of a magnetic fluid
[Abstract]
[PDF.eng]
[PDF.rus]
| |
179 |
148 |
V. I. Drozdova and
G. V. Shargova.
Magnetic instabilities of microdrop aggregates in an AC magnetic field
[Abstract]
[PDF.eng]
[PDF.rus]
| |
188 |
156 |
D. Bica and
L. Vekas.
Preparation and properties of a series of alcohol-based magnetic fluids
[Abstract]
[PDF.eng]
[PDF.rus]
| |
194 |
161 |
P. K. Khizhenkov,
V. M. Bilobrov and
A. V. Chugai.
Vital functions of organisms in infra-low frequency magnetic fields 1. The bakteriostatic effect
[Abstract]
[PDF.eng]
[PDF.rus]
| |
197 |
163 |
P. K. Khizhenkov,
V. M. Bilobrov,
B. V. Magonov and
P. I. Polyakov.
Vital functions of organisms in infra-low frequency magnetic fields 2. The early ontogeny of plants
[Abstract]
[PDF.eng]
[PDF.rus]
| |
203 |
167 |
P. K. Khizhenkov,
V. M. Bilobrov,
I. I. Zinkevich and
S. V. Zyablitsev.
Vital functions of organisms in infra-low frequency magnetic fields 3. The embryogeny of mammals
[Abstract]
[PDF.eng]
[PDF.rus]
| |
209 |
172 |
N. A. Brusentsov,
M. V. Lukashevich and
V. V. Gogosov.
Magnetic and physicochemical aspects of the biomedical magnetic fluid technology
[Abstract]
[PDF.eng]
[PDF.rus]
| |
215 |
176 |
I. Bucenieks,
O. Lielausis,
E. Platacis and
A. Shishko.
An experimental study of liquid metal film and jet flows in a strong magnetic field
[Abstract]
[PDF.eng]
[PDF.rus]
| |
219 |
179 |
P. Shcherbinin and
E. Shcherbinin.
Conduction stirring of a melt in an axisymmetric magnetic field
[Abstract]
[PDF.eng]
[PDF.rus]
| |
231 |
188 |
I. Platnieks.
Use of hot-wire sensor techniques in studying liquid metal flow characteristics
[Abstract]
[PDF.eng]
[PDF.rus]
| |
237 |
193 |
U. Bethers,
A. Jakovics,
N. Jekabsons,
I. Madzulis and
B. Nacke.
Theoretical investigations of the conditions of the build-up formation in induction channel furnaces
[Abstract]
[PDF.eng]
[PDF.rus]
| |
247 |
201 |
J. Krumins and
J. Priede.
Calculation of the electromagnetic field and force distribution in the noninductive approxomation taking into account the finite dimensions of the inductor and the field of the end parts of the winding coils
[Abstract]
[PDF.eng]
[PDF.rus]
| |
259 |
211 |
A. A. Kubasov.
Improvement of the indication stability of the magnetic fluid tilt-sensors
[Abstract]
[PDF.eng]
[PDF.rus]
| |
266 |
217 |
V. V. Sokolov and
V. V. Nadvoretskii.
Viscous ultrasound absorption mechanism in magnetic fluids
[Abstract]
[PDF.eng]
[PDF.rus]
| |
270 |
221 |