| | Rus. | En. |
L. Davoust,
F. Bertrand,
R. Moreau,
Ph. Tanguy and
R. Bolcato.
Recent results on MHD damped convection in the horizontal Brigmanconfiguration
[Abstract]
[PDF.eng]
[PDF.rus]
| |
387 |
319 |
A. B. Zwart and
A. D. Sneyd.
An example of interfacial waves generated by a rotational force field
[Abstract]
[PDF.eng]
[PDF.rus]
| |
395 |
328 |
A. Zh. Naimanova.
Axisymmetric turbulent stream in the langthwise magnetic field
[Abstract]
[PDF.eng]
[PDF.rus]
| |
403 |
336 |
M. V. Myasnikov and
A. I. Kalyutik.
Numerical simulation of incompressibl MHD flows in rectangular ducts over a sudden widening
[Abstract]
[PDF.eng]
[PDF.rus]
| |
410 |
342 |
E. P. Sukhovich.
Modeling of the Reynolds-stress equations. 1. Return to the isotropydescription with the aid of direct numerical simulations data
[Abstract]
[PDF.eng]
[PDF.rus]
| |
419 |
350 |
I. Bica and
I. Muscutariu.
Obtaining nanoparticles from iron and graphite in argon plasma
[Abstract]
[PDF.eng]
[PDF.rus]
| |
429 |
358 |
S. Hadgia,
V. Iusan and
C. D. Buioca.
About nonmagnetic particles trajectories inside a magnetofluidic spectrometercharacterized by an isodynamic magnetic field
[Abstract]
[PDF.eng]
[PDF.rus]
| |
435 |
364 |
N. Ao and
M. Nakai.
Electromagnetic stirring and prevention of arc deflection in DC arc furnace
[Abstract]
[PDF.eng]
[PDF.rus]
| |
438 |
368 |
S. Nishioka,
M. Komatsu,
T. Osako,
M. Nakada,
K. Mori and
T. Sato.
Controlingof initial solidification in cc by applying high-frequencymagnetic field
[Abstract]
[PDF.eng]
[PDF.rus]
| |
444 |
374 |
Y. Miki,
T. Fujii,
H. Kitaoka,
S. Saito and
K. Komamura.
Development of the centrifugal flow tundish for separation of inclusions from molten steel in continuous casting
[Abstract]
[PDF.eng]
[PDF.rus]
| |
450 |
380 |
T. Toh,
E. Takeuchi,
J. Sakane,
M. Hojo,
H. Takeuchi,
H. Kawai and
Sh. Matsumura.
Control of initial solidification in contiuous casting by use of electromagnetisc shaping effect
[Abstract]
[PDF.eng]
[PDF.rus]
| |
456 |
386 |
E. Takeuchi,
H. Tanaka and
H. Kajioka.
Hydromagnetic separation of metal pool in the continuous casting strand
[Abstract]
[PDF.eng]
[PDF.rus]
| |
462 |
392 |
J. Szekely and
E. Schwartz.
Some perspectives on electromagnetic levitation in space experimentation
[Abstract]
[PDF.eng]
[PDF.rus]
| |
469 |
399 |
E. V. Muraviev.
MHD film flow model for Tokamak reactor divertor plates
[Abstract]
[PDF.eng]
[PDF.rus]
| |
475 |
406 |
S. Sudo,
M. Ohaba,
K. Katagiri and
H. Hashimoto.
Magnetic fluid sloshing in moving container
[Abstract]
[PDF.eng]
[PDF.rus]
| |
480 |
412 |
V. G. Sviridov,
Yu. S. Shpansky and
N. G. Razuvanov.
Experimental investigation of liquid metal heat transfer reactor-tokamak
[Abstract]
[PDF.eng]
[PDF.rus]
| |
486 |
418 |
L. M. Dronnik,
V. S. Golovko,
A. Y. Efremenko,
V. A. Ilyashenko,
I. L. Kagan,
A. B. Katkov,
S. V. Kosirev,
Y. B. Orel,
V. K. Ryabinkova,
V. Y. Tishkov,
V. E. Strizhak and
I. M. Tolmach.
MHD laboratory's works for non-ferrous metallurgical applications
[Abstract]
[PDF.eng]
[PDF.rus]
| |
491 |
422 |
P. Satyamurthy,
T. K. Thiyagarajan,
N. S. Dixit,
N. Venkatramani and
A. Mushtaq.
Two-phase flow studies of mercury-nitrogen in simulated liquid metal magnetohydrodynamic energy convertors of gravity type
[Abstract]
[PDF.eng]
[PDF.rus]
| |
500 |
431 |