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Magnetohydrodynamics 37, 1/2 (2001)
The special issue: Selected papers from the 4th PAMIR Conference held in Giens, France, September 18-22, 2000.
MHD Fundamentals
O. Widlund.
Modeling anisotropic MHD turbulence in simulations of liquid metal flows
| 3 | |
E. Baake,
B. Nacke,
A. Jakovics and
A. Umbrashko.
Heat and mass transfer in turbulent flows with several recirculated flow eddies
| 13 | |
S. N. Gordienko and
S. S. Moiseev.
"Internal" scale and large scale vortex formation
| 23 | |
H. Branover,
O. G. Chkhetiani,
A. Eidelman,
E. Golbraikh and
S. S. Moiseev.
Chiral phenomena in MHD and MHD-like media
| 31 | |
H. Salas,
S. Cuevas and
E. Ramos.
Electrically driven vortices in a dipolar magnetic field
| 38 | |
V. Shatrov,
V. Galindo and
G. Gerbeth.
Stability analysis of the flow Inside an electromagnetically levitated drop
| 45 | |
A. A. Kolesnichenko,
A. F. Kolesnichenko,
V. Buryak and
V. Vodyanyuk.
MHD heat pipes for imposition of a strong current into high temperature liquid metals.
| 55 | |
S. P. Song and
B. Q. Li.
Oscillation of melt drops in magnetic fields.
| 62 | |
A. Gailitis,
O. Lielausis,
E. Platacis,
G. Gerbeth and
F. Stefani.
On the results of the Riga dynamo experiments
| 71 | |
M. Hnatich,
M. Jurcisin and
M. Stehlik.
Dynamo in helical MHD turbulence: quantum field theory approach
| 80 | |
T. Antonov,
S. Lozhkin,
P. Frick and
D. Sokoloff.
A shell model for free decaying MHD-turbulence and the role of the magnetic Prandtl number
| 87 |
MHD Metallurgy and Cristal Growth
V. Bojarevics and
K. Pericleous.
Magnetic levitation fluid dynamics
| 93 | |
H. Uetake,
N. Hirota,
Y. Ikezoe,
J. Nakagawa and
K. Kitazawa.
Magnetic fields to control convection
| 103 | |
L. Martin Witkowski and
J. S. Walker.
Flow driven by Marangoni convection and rotating magnetic field in a floating-zone configuration
| 112 | |
B. Hof and
T. Mullin.
Critical dynamics in oscillatory convection
| 119 |
Intense Magnetic Field
L. Buhler.
Fully developed MHD flow in the European TAURO concept for a nuclear fusion blanket
| 127 | |
M. D. Cowley,
D. J. MacLean and
T. Alboussiere.
Natural convection in rectangular enclosures of arbitrary orientation with magnetic field vertical - problem revisited
| 135 |
Magnetoelectrolysis
R. Aogaki.
Magnetic field effects in electrochemistry
| 143 | |
O. Andreev,
Ch. Haberstroh and
A. Thess.
MHD flow in electrolytes at high Hartmann numbers
| 151 | |
B. Cariteau,
Y. Fautrelle and
J. Etay.
Transfer of a pollutant through an interface between electromagnetically stirred mercury and electrolyte sublayer
| 161 | |
T. R. Ni Mhiochain and
J. M. D. Coey.
Numerical simulation of magnetic fields effects on fractal electrodeposits with an adapted diffusion limited aggregation model
| 169 | |
T. Weier,
U. Fey,
G. Gerbeth,
G. Mutschke,
O. Lielausis and
E. Platacis.
Boundary layer control by means of wall parallel Lorentz forces
| 177 |
Magnetic Fluids
E. Blums and
S. Odenbach.
Dynamics of thermodiffusive separation of ferrocolloids in vertical columns: the effect of solute buoyancy
| 187 | |
A. Cebers.
Hexagon-stripe transition at the magnetic field induced phase transformations
| 195 | |
V. A. Naletova,
V. V. Kiryushin,
V. A. Turkov,
Y. M. Shkel and
D. J. Klingenberg.
Magnetic and elastic properties of a structuried magnetic fluid
| 206 |