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Magnetohydrodynamics 55, 1/2 (2019)
Special issue:
Selected papers of the Third Russian Conference on Magnetohydrodynamics (RMHD-2018)
Perm, Russia, June 2018
PREFACE
The Russian MHD conference was initiated and held at the Institute of Conti\-nuous Media Mechanics of the Ural Branch of the Russian Academy of Sciences (Perm, Russia) in June 2012 as a first step towards the revival of the Russian MHD Community consolidated on the basis of scientific meeting covering all branches of magnetohydrodynamics. Encouraged by the success of the first two conferences, the organizers and participants have come to a decision that the conference should be held on a regular basis.
The Third Russian Conference on Magnetohydrodynamics (RMHD-2018), which was again held at the Institute of Continuous Media Mechanics (Perm, Russia) in June 2018 was a new successful step in this direction. The Conference was attended by about 150 scientists from the Russian leading research institutions as well as from the scientific centers of Germany, Israel, Japan, India, Austria, Slovakia, Korea, and the United States.
The success of the three RMHD Conferences has become an added motive for scheduling the next RMHD meeting for June 2021.
Looking forward to see you in Perm for RMHD 2021!
Peter Frick
Chairman of RMHD-2018
A. Brēķis,
J. E. Freibergs and
A. Alemany.
Space Thermo Acoustic Radio-Isotopic Power System: Space TRIPS
| 5 | |
A. I. Allilueva and
A. I. Shafarevich.
Localized solutions for linearized MHD equations and interaction of Alfven modes
| 15 | |
K. Bolotin,
E. Shvydkiy and
I. Sokolov.
Experimental investigation of the bottom MHD stirrer with the working gap compensated by magnetodielectric composite
| 23 | |
V. P. Budaev,
S. D. Fedorovich,
P. Frick,
M. K. Gubkin,
M. V. Lukashevsky,
Yu. V. Martynenko,
A. V. Karpov,
A. V. Lazukin,
E. A. Shestakov,
E. V. Sviridov,
K. A. Rogosin,
P. A. Dergachev and
E. A. Kuznetsova.
Plasma magnetic trap of linear multi-cusp configuration -- a component of the plasma propulsion rocket engine
| 31 | |
V. Dolgikh, and
A. Pavlinov.
Design optimization of the MHD pump with inclined partitions
| 39 | |
P. Frick and
I. Mizeva.
MHD turbulence in non-stationary flows of liquid metals
| 47 | |
A. O. Ivanov and
E. A. Elfimova.
Static magnetic properties of an ensemble of immobilized superparamagnetic particles with aligned easy magnetization axes
| 59 | |
S. A. Khaibrakhmanov and
A. E. Dudorov.
Influence of Ohmic and ambipolar heating on the thermal structure of accretion discs
| 65 | |
C. A. Khokhryakova (Bushueva),
A. F. Pshenichnikov and
A. V. Lebedev.
Determination of the weight of a non-magnetic body immersed in magnetic fluid exposed to uniform magnetic field
| 73 | |
E. V. Gubanov,
A. P. Likhachev and
S. A. Medin.
MHD modelling of magnetosphere tail reconnection in sawtooth event
| 79 | |
G. Losev,
A. Mamykin and
I. Kolesnichenko.
Electromagnetic separation: concentration measurements
| 89 | |
G. Losev and
I. Kolesnichenko.
Structure of MHD vortex flows in a thin layer of liquid metal
| 97 | |
G. Losev,
E. Shvydkiy,
I. Sokolov,
A. Pavlinov and
I. Kolesnichenko.
Effective stirring of liquid metal by a modulated travelling magnetic field
| 107 | |
S. Mandrykin,
I. Kolesnichenko and
P. Frick.
Electrovortex flows generated by electrodes localized on the cylinder side wall
| 115 | |
D. I. Merkulov,
D. A. Pelevina,
V. A. Turkov,
T. I. Becker and
V. A. Naletova.
Experimental research of the multistability of bodies with magnetizable elastomer
| 125 | |
E. A. Mikhailov and
I. N. Sibgatullin.
Magnetic fields in the outer rings of galaxies and turbulent motions
| 133 | |
I. L. Nikulin.
Analysis of amf impact on oxide scab rupture and surface cleaning in induction melting technology
| 141 | |
V. Noskov,
R. Stepanov,
P. Frick,
A. Pavlinov and
S. Denisov.
Magnetic field in decaying grid turbulence of liquid sodium
| 149 | |
D. Pelevina,
D. Merkulov,
V. Turkov and
V. Naletova.
Lifting of magnetic and non-magnetic fluids along a magnetizable body in a uniform magnetic field
| 161 | |
N. Yu. Pyatnitskaya,
I. A. Melnikov,
N. G. Razuvanov,
A. O. Novikov and
E. V. Sviridov.
Evolution of temperature fluctuations in transverse magnetic field at flow in basic shaped channels
| 167 | |
M. Reshetnyak.
Evolution of the inner core of the Earth: consequences for geodynamo
| 175 | |
E. Shvydkiy,
K. Bolotin and
I. Sokolov.
3D simulation of particle transport in the double-sided travelling magnetic field stirrer
| 185 | |
A. O. Kalinin and
D. D. Sokoloff.
Dynamo resonances in a simple dynamo mode
| 193 | |
S. V. Starchenko.
Planetary magnetic fields averaged in their dynamo regions
| 201 | |
R. Stepanov and
F. Stefani.
Electromagnetic forcing of a flow with the azimuthal wave number m = 2 in cylindrical geometry
| 207 | |
Mahendra K. Verma,
R. Stepanov and
F. Plunian.
Energy transfers in MHD turbulence and its applications to dynamo
| 215 | |
V. Titov,
R. Stepanov,
N. Yokoi,
M. Verma and
R. Samtaney.
Cross helicity sign reversals in the dissipative scales of magnetohydrodynamic turbulence
| 225 | |
I. M. Yachikov,
I. V. Portnova and
A. S. Karandaev.
Investigation of the current carrying melt in the DC-EAF bath under the action of external vertical magnetic field
| 233 | |
I. A. Belyaev,
D. A. Biryukov,
E. A. Belavina and
V. G. Sviridov.
Experimental study of molten salt mixed convection in a pipe affected by transverse magnetic field
| 241 | |
S. Lomaev,
M. Krivilyov,
J. Fransaer,
J. Lee,
T. Volkmann and
D. M. Matson.
Simulation of fluid flow in levitated Fe-Co droplets electromagnetically processed onboard the ISS
| 251 |