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Magnetohydrodynamics 48, 2 (2012)
Special issue: Selected papers of the 8th PAMIR International Conference "Fundamental MHD and liquid metal technology", Borgo--Corsica, France, September 5--9, 2011
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P. R. Zabinski.
Electrocatalytic properties of alloys deposited with superimposed magnetic field
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.1]
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243 |
I. Mogi and
K. Watanabe.
Chirality of magnetoelectrodeposited Cu films
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.2]
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251 |
A. L. Daltin,
A. Ahmed Chekkat,
P. Millet and
J. P. Chopart.
Electrocrystallization kinetics of hydroxyapatite and calcium phosphate coatings under magnetic field
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.3]
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261 |
O. Aaboubi,
J. Douglade,
P. R. Zabinski and
J.-P. Chopart.
Magnetic field effect on Molybdenum-based alloys
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.4]
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271 |
K. Tschulik,
C. Cierpka,
X. Yang,
M. Uhlemann,
K. Eckert,
R. Sueptitz,
C. J. Kähler,
L. Schultz and
A. Gebert.
In-situ analysis of the ion concentration distribution and the electrolyte convection evolving during electrodeposition in magnetic gradient fields
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.5]
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279 |
R. Aogaki,
K. Motomura,
A. Sugiyama,
R. Morimoto,
I. Mogi,
M. Miura,
M. Asanuma and
Y. Oshikiri.
Measurement of the lifetime of ionic vacancy by the cyclotron-MHD electrode
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.6]
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289 |
G. Mutschke,
K. Tschulik,
T. Weier,
M. Uhlemann,
A. Bund,
A. Alemany and
J. Fröhlich.
On the action of magnetic gradient forces in micro-structured copper deposition
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.7]
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299 |
R. Ballou,
P. Molho and
S. Pairis.
Magnetic field effect on electrodeposition of cobalt dendrites
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.8]
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305 |
S. Heitkam,
S. Schwarz and
J. Fröhlich.
Simulation of the influence of electromagnetic fields on the drainage in wet metal foam
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.9]
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313 |
Xiao Lu,
Donggang Li,
Qiang Wang,
Changsheng Lou,
Yongze Cao and
Jicheng He.
Ni-P electroless deposition with different complexing agents under high uniform and gradient magnetic fields
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.10]
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321 |
P. Dunne,,
R. Soucaille,,
K. Ackland, and
J. M. D. Coey.
Structuring of electrodeposits with permanent magnet arrays
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.11]
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331 |
E. Platacis,
A. Ziks,
A. Poznjak,
F. Muktepavela,
A. Shisko,
S. Sarada,
P. Chakraborty,
K. Sanjay,
M. Vrushank,
R. Fotedar,
E. K. Rajendra and
A. K. Suri.
Investigation of the Li-Pb flow corrosion attack on the surface of P91 steel in the presence of magnetic field
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.12]
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343 |
I. Barmina,
A. Lickrastina,
V. Suzdalenko and
M. Zake.
Gradient magnetic field promotion of pelletized biomas combustion
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.13]
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351 |
A. Kao and
K. Pericleous.
The effect of secondary arm growth on thermoelectric magnetohydrodynamics
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.14]
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361 |
I. Škorvánek,
J. Marcin,
M. Capik,
M. Varga,
J. Turċanová,
J. Kováċ,
P. Švec,
D. Janiċkoviċ,
F. Kováċ and
V. Stoyka.
Tailoring of functional properties in Fe-based soft magnetic alloys by thermal processing under magnetic field
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.15]
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371 |
V. Dubodelov,
V. Fikssen,
M. Slazhniev,
M. Goryuk,
Yu. Skorobagatko,
A. Berezina,
T. Monastyrska,
O. Davydenko and
V. Spuskanyuk.
Improving of Al-Si alloys by their combined MHD and thermo-forced processing 0n liquid and solid states
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.16]
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379 |
V. V. Buryak,
A. A. Kolesnichenko and
A. F. Kolesnichenko.
MHD acoustics and its application to solidification control by continuous casting
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.17]
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387 |
I. Kaldre,
A. Bojarevics,
Y. Fautrelle,
J. Etay and
L. Buligins.
Current and magnetic field interaction influence on liquid phase convection
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.18]
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399 |
N. Tomašoviċová,
M. Timko,
V. Závišová,
A. Hashim,
J. Jadzyn,
X. Chaud,
E. Beaugnon and
P. Kopċanský.
How to change the sensitivity of liquid crystals in external magnetic field
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.19]
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407 |
G. Mériguet,
E. Wandersman,
E. Dubois,
A. Cēbers,
J. de Andrade Gomes,
G. Demouchy,
J. Depeyrot,
A. Robert and
R. Perzynski.
Magnetic fluids with tunable interparticle interaction: monitoring the under-field local structure
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.20]
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415 |
M. Timko,
K. Marton,
L. Tomco,
J. Kiraly,
M. Molcan,
M. Rajnak,
P. Kopcansky,
R. Cimbala,
F. Stoian,
S. Holotescu and
A. Taculescu.
Magneto-dielectric properties of transformer oil based magnetic fluids in the frequency range up to 2 MHz
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.21]
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427 |
Y. Iwamoto,
X. D. Niu,
H. Yamaguchi,
R. Okuda and
T. Kuwahara.
Heat transport characteristics of a magnetically-driven heat transport device using a binary temperature-sensitive magnetic fluid
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.22]
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435 |
A. Mezulis,
D. Zablotsky and
E. Blums.
Dynamics of concentration profiles of nano-sized magnetic particles in a non-uniform magnetic field
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.23]
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445 |
E. Blums,
A. Mezulis,
G. Kronkalns and
V. Sints.
Transport of nanoparticles through non-isothermal ferrofluid layer with permeable walls
[Abstract]
[PDF]
[ DOI: 10.22364/mhd.48.2.24]
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451 |
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