Titre |
Auteurs |
Pays |
Affiliation |
Convective Heat Transfer in a Ferromagnetic Liquid : Influence of the Magnetic Field Gradient Orientation |
M.Gheraba, A. Bouhrour, and D. Kalache |
ALGERIA |
Université de Bab Ezzouar, Faculté de Physique, Laboratoire de Mécanique des Fluides
|
Influence of a variable friction on the Kelvin-Helmholtz instability
|
M. ZIZI*, A. Bouabdallah*, Y LAGHOUATI** and A. Alemany*** |
ALGERIE |
*Laboratory of Thermodynamics and Energetical Systems, Faculty of Physics, USTHB, Algeria **Laboratory LAMOSI, Faculty of Sciences, USTO, Algeria *** Laboratory Simap/Epm, Pamir team, France |
Analytical study of Modified Czochralski Crystal growth problem |
F.MOKHTARI* , A.BOUABDALLAH**, M.ZIZI**, S.HANCHI***, A. ALEMANY**** |
ALGERIE |
*Unité de Développement de la Technologie du Silicium, Algérie. **Laboratoire LTSE, Université de la Science et de la Technologie USTHB. Algérie. ***UER Mécanique/ E.M.P, Algérie ****Laboratoire EPM, CNRS, Grenoble, France
|
Free surface and inclined spherical Taylor-Couette flow application to the Dynamo effect |
T. Tamsaout*, A. Bouabdallah* and A. Alemany** |
ALGERIE |
*Laboratory of Thermodynamics and Energetical Systems, Faculty of Physics, USTHB Algiers, Algeria. **Laboratory SIMAP/EPM, Pamir team, Grenoble, France |
Numerical Simulations of the Flow in Round Bloom Strands with Electromagnetic Stirring |
Martin Barna*, Mirko Javurek**, Markus Lechner*** |
AUSTRIA |
*Institut für Strömungslehre und Wärmeübertragung, Johannes Kepler Universität Linz, **Institut für Strömungslehre und Wärmeübertragung, Johannes Kepler Universität Linz, Austria, ***voestalpine Stahl Donawitz GmbH & Co KG,
|
Energy transfers in anisotropic magnetohydrodynamic |
B. Teaca, M.K. Verma, P. Burattini, B. Knaepen, M. Kinet and D. Carati |
BELGIUM |
Physique Statistique et Plasma, Brussels |
An helical shell model for MHD turbulence |
T. Lessinnes and D. Carati |
BELGIUM |
Statistical & Plasma Physics |
A numerical framework for (magneto) electrochemistry |
P. Maciel, D. Deconinck, T. Aerts, J. Deconinck |
BELGIUM |
Vrije Universiteit Brussel, Faculty of Engineering, Dept. of electrical engineering |
EFFECTS OF LONGITUDINAL MAGNETIC FIELDS AND TRANSVESAL ELECTRICAL FIELD ON THE STABILITY OF THIN LAYER OF ELECTRICALLY CONDUCTING FLUID FLOWING DOWN AN INCLINED PLANE |
AIT ABDERRAHMANE, H AND, VATISTAS, G.H. |
CANADA |
Department of Mechanical and Industrial Engineering University of Concordia Montreal |
Numerical Simulation of Heat Transfer and Deformation of Initial Shell in Soft Contact Continuous Casting Mold Under High Frequency Electromagnetic Field |
NA Xian-zhao, ZHANG Xing-zhong, GAN Yong |
CHINA |
State key laboratory of Advanced Steel processes and Materials, Central Iron and Steel Research Institute |
Faceted to nonfaceted microstructure transformation of Sb phase in Sb-4.8%Mn hypoeutectic alloy induced by high magnetic fields |
Tie Liu, Qiang Wang*, Chao zhang, Ao Gao, Changshen Lou, Jicheng He |
CHINA |
Key Laboratory of Electromagnetic Processing of Materials (Ministry of Education) |
Solidification of a NdFe eutectic alloy monitored by in-situ thermomagnetic measurements |
T. Garcin, S. Rivoirard, E. Beaugnon |
France |
CNRS/CRETA, Grenoble |
Flow in an insulating rectangular duct at the entry of a magnet. Part 2. Pressure distribution and head losses |
Sergio Cuevas*, René Moreau**, and Sergey Smolentsev*** |
FRANCE |
*UNAM, Mexico **Simap-Epm, France ***USA |
Flow in an insulating rectangular duct at the entry of a magnet. Part 1. Influence of the Hartmann layers and inertia |
René Moreau*, Sergey Smolentsev**, and Sergio Cuevas*** |
FRANCE |
*Simap-Epm, FranceU **USA ***NAM, Mexico |
Numerical simulation of tokamak plasma |
R. Algrall*,**, O. Coulaud*,***, P. Henon*,***, R. Huart*,**, G. Huysmans****, G. Latu*,***, B. Nkonga*,**, S. Pamela****, P. Ramet*,*** |
FRANCE |
*INRIA-ScAlApplix **Institut de Mathématiques, Université Bordeaux 1 ***LABRI, Université Bordeaux 1 ****CEA Cadarache Euratom |
Growth of concentrated semiconductor alloys under diffusion, natural convection and forced electromagnetic convection |
Thierry DUFFAR*, Alina MITRIC**, Svetlana BYKOVA*** |
FRANCE |
*SIMAP-EPM, ENSEEG, France **Kristallographisches Institut, Freiburg Germany ***Centre for Thermophysical Researches "THERMO", Alexandrov, Russia
|
A periodically reversed flow driven by a modulated traveling magnetic field: Experiments in GaInSn and theoretical model |
XD. Wang, R. Moreau, J. Etay and Y. Fautrelle |
FRANCE |
SIMAP/EPM,CNRS |
Electromagnetic levitation - ERSF experiments |
Pascal Schetelat (1), Thierry Breville (2), Marco Di Michiel (3) et Jacqueline Etay (1) |
FRANCE |
(1) Laboratoire CNRS-EPM (2) ATYS consulting group (3) ESRF |
Bubble velocity measurement using magnetic fluid |
Takuya KUWAHARA*,**, Florian DE VUYST*, Hiroshi YAMAGUCHI** |
FRANCE |
*Ecole Centrale Paris, Laboratoire Mathématiques Appliquées aux Systèmes, Châtenay-Malabry, France **Doshisha University, Department of Mechanical Engineering, Kyoto, Japan |
Magnetic field effect on electrodeposition of Cu2O crystals |
Anne-Lise Daltin, Jean-Paul Chopart |
FRANCE |
DTI |
EXPERIMENTAL OBSERVATION AND MATHEMATICAL MODELLING OF CONSUMABLE ELECTRODE REMELTING PROCESSES |
A. JARDY, V. WEBER, P. CHAPELLE, D. ABLITZER |
FRANCE |
Laboratoire de Science et Génie des Matériaux et de Métallurgie |
Effect of high magnetic field on electrodeposited Zn-Ni alloys |
A. Levesque*, S. Chouchane**, J.P. Chopart*, J. Douglade* and R. Rehamnia** |
FRANCE |
*DTI URCA, Reims, France **Faculté des Sciences, Université Badji Mokhtar, Annaba, Algérie
|
Numerical simulation of MHD in thin cell electrodeposition |
Carolina Cronemberger*,**, Rafik Ballou*, and Pierre Molho* |
FRANCE |
*Institut Néel, CNRS - UJF, Grenoble, France **CBPF, Rua Xavier Sigaud, Rio de Janeiro, Brazil
|
Characterization of MHD in thin cell electrodeposition |
Carolina Cronemberger*,**, Rafik Ballou*, and Pierre Molho* |
FRANCE |
*Institut Néel, CNRS - UJF, Grenoble, France **CBPF, Rua Xavier Sigaud, Rio de Janeiro, Brazil
|
Magnetic Ostwald ripening: high static field effect on the growth of ferromagnetic particles by solid state diffusion |
Eric Beaugnon |
FRANCE |
CNRS/CRETAm Grenoble |
|
|
FRANCE |
|
Magnet development at the Grenoble High Magnetic Field Laboratory |
F. Debray |
FRANCE |
Grenoble High Magnetic Field Laboratory |
Is there anything else but MHD for magnetically induced convection into a homogeneous field ? |
K.L. Rabah*, A. Harrach**, O. Aaboubi*, J.-P. Chopart* |
FRANCE |
*DTI, EA 3083, URCA,Reims, France **Faculté des Sciences et techniques Fès Saïs, FES, Maroc
|
Thermo acoustic MHD electrical generator |
Ghatfan Hasan Mahmoud Alradi and A. Alemany |
FRANCE |
pamir team, SIMaP-EPM laboratory |
ELECTRO-CHEMICAL PROCESSES CONTROLLED BY HIGH MAGNETIC FIELDS : APPLICATION TO MHD SEA WATER PROPULSION |
Ph. Mathon, A. Nouri, A. Alemany, J.-P. Chopart, V. Sobolik |
FRANCE |
pamir team, SIMaP-EPM laboratory |
ANALYSIS OF THE BEHAVIOUR OF CONDUCTING PARTICLES DISPERSED IN AN INSULATING LIQUID UNDER A TIME-PERIODIC MAGNETIC FIELD
|
S. Chatzidakis, G. Cognet, Y. Fautrelle, R. Ernst |
France |
SIMAP - ENSEEG |
Migrating and interacting micro-bubbles immersed in a conducting liquid under the action of uniform ambient electric and magnetic fields |
A Sellier |
France |
Ladhyx. Ecole Polytechnique |
Influence of a contra rotating or a co rotating applied magnetic field on rotating flow structure at Liquid/Liquid Interface |
M. AL RADI, A. HASSAN, A. ALEMANY |
FRANCE |
Simap, pamir team |
Influence of the magnetic forces on the electrochemical processes |
A. Nouri, Ph. Mathon, A. Alemany, J.-P. Chopart, V. Sobolik |
FRANCE |
SIMAP/EPM Laboratory |
The effect of magnetic fields on the electrodepositon of CoFe alloys |
Jakub Adam Koza, Margitta Uhlemann, Annett Gebert, Ludwig Schultz |
Germany |
Leibniz Institute for Solid State and Materials Research IFW Dresden |
Three-dimensional magnetic field effects during metal electrodeposition in cuboid cells |
G. Mutschke*, C.Cierpka*, T.Weier*, K. Eckert**, S. Mühlenhoff** and A. Bund*** |
Germany |
*Research Center Dresden Rossendorf, MHD Dept., Dresden **Institute for Aerospace Engineering, Dresden University, Dresden ***Department of Physical Chemistry and Electrochemistry, Dresden |
MHD Taylor-Couette flow with density stratification |
G. Ruedigerm*, D. Shalybkov** |
GERMANY |
*Astrophysikalisches Institut Potsdam **A.F. Ioffe Institute for Physics and Technology, St. Petersburg
|
Electromagnetical Control of Thermal Convection of a Fluid with Strongly Temperature-Dependent Material Properties
|
Andre Thess, Cornelia Giessler |
GERMANY |
Ilmenau University of Technology, Ilmenau |
The effect of a magnetic field on the pH value in front of the electrode |
Jakub Adam Koza, Margitta Uhlemann, Annett Gebert, Ludwig Schultz |
Germany |
Leibniz Institute for Solid State and Materials Research IFW Dresden |
Electrodeposition of Fe and CoFe in superimposed high magnetic field |
Jakub Koza*, Sascha Mühlenhoff**, Margitta Uhlemann*, Kerstin Eckert** |
Germany |
*Leibniz Institute for Solid State and Materials Research, Dresden, **TU Dresden, Institute of Aerospace Engineering, Dresden |
THE START-UP PROCESS OF NATURAL CONVECTION IN PRESENCE OF A COUNTERACTING LORENTZ FORCE DRIVEN CONVECTION |
XUEGENG YANG*, KERSTIN ECKERT**, PJOTR A. NIKRITYUK** , KIRSTEN SEIDEL**, MARGITTA UHLEMANN* |
Germany |
*Leibniz Institute for Solid State and Materials Research, IFW Dresden, **Institute for Aerospace Engineering, Technische Universität Dresden, |
Optimal linear growth in MHD duct flow |
T. Boeck*, D. Krasnov*, M. Rossi**, O. Zikanov***
|
GERMANY |
*Mech. Eng., TU, Ilmenau, Germany **Institut Jean le Rond D'Alembert, Univ. Paris VI, France ***Mech. Eng., Univ. Michigan-Dearborn, USA |
MHD turbulence in channel flow with spanwise magnetic field |
D. Krasnov*, O. Zikanov**, J. Schumacher*, T. Boeck* |
GERMANY |
*Mech. Eng., TU Ilmenau, Germany **Mech. Eng., Univ. Michigan-Dearborn, USA |
Experimental investigation on the stability of MHD flows in a conducting flat rectangular duct for large Hartmann numbers |
L. Bühler and S. Horanyi |
GERMANY |
Forschungszentrum Karlsruhe |
Perturbations of MHD flows caused by the presence of an electric potential probe |
C. Mistrangelo, L. Bühler |
GERMANY |
Forschungszentrum Karlsruhe |
Experimental investigations of liquid-metal MHD flows in a mock-up of a helium cooled lead-lithium test blanket for ITER
|
K. Starke, S. Horanyi and L. Bühler |
GERMANY |
Forschungszentrum Karlsruhe |
BUBBLE-DRIVEN LIQUID METAL FLOWS INFLUENCED BY MISCELLANEOUS MAGNETIC FIELDS
|
C. Zhang, S. Eckert, G. Gerbeth |
GERMANY |
MHD Department, Forschungszentrum |
LORENTZ FORCE VELOCIMETRY: DEVELOPMENT AND APPLICATION |
Yu. KOLESNIKOV, Ch. KARCHER, A. THESS, V. MINCHENYA |
GERMANY |
Department of Mechanical Engineering, Ilmenau
|
An alternating magnetic field driven flow in a spinning cylindrical container and its three-dimensional linear stability analysis |
Victor Shatrov*, Gunter Gerbeth*, Regina Hermann** |
GERMANY |
*Forschungszentrum Dresden-Rossendorf ** Leibniz Institute for Solid State and Materials Research (IFW) Dresden |
Constraining the geodynamo by sequences of field reversals |
Michael Fischer, Gunter Gerbeth, Andre Giesecke and Frank Stefani |
GERMANY |
Forschungszentrum Dresden-Rossendorf |
Liquid metal experiments on the helical magnetorotational instability |
Frank Stefani, Gunter Gerbeth, Thomas Gundrum, Jacek Szklarski |
GERMANY |
Forschungszentrum Dresden-Rossendorf |
Thermoelectromagnetic convection in a cubic container |
X. Zhang, A. Cramer ,G. Gerbeth |
GERMANY |
Department Magnetohydrodynamics, Forschungszentrum Dresden-Rossendorf |
BUBBLE-DRIVEN LIQUID METAL FLOWS INFLUENCED BY MISCELLANEOUS MAGNETIC FIELDS
|
C. Zhang, S. Eckert, G. Gerbeth |
GERMANY |
MHD Department, Forschungszentrum Dresden-Rossendorf |
Physical principles of electromagnetic weld-pool control in deep penetration laser beam welding of metals
|
V. Avilov, R. Moldovan, P. Berger, Th. Graf |
GERMANY |
Institute for Power Beam Technologies, University of Stuttgart
|
Analysis of transient heat and mass exchange in induction channel furnaces using LES |
E. Baake*, M. Langejürgen*, M. Kirpo**, A. Jakovics** |
GERMANY |
*Institute for Electrothermal Processes, Leibniz University of Hannoverm Germany **Laboratory for Mathematical Modelling of Environmental and Technological Processes, University of Latvia
|
Experimental study of traveling magnetic field driven instability in a thermally stratified liquid gallium cylinder |
A. Klykin, I. Grants, G. Gerbeth |
GERMANY |
Research Center Rossendorf, Department of Magnetohydrodynamics |
Generation of graded microstructure by electromagnetic induced segregation of primary silicon crystals in aluminum silicon alloys |
M. Langejürgen, B. Nacke |
GERMANY |
Institute for Electrothermal Processes, Leibniz University of Hannover |
Vertical Gradient Freeze growth in a combined magnetic AC/DC field |
R. Lantzsch*, I. Grants**, O. Pätzold*, M. Stelter*, G. Gerbeth** |
GERMANY |
*Institute of Non-ferrous Metallurgy, TU Bergakademie Freiberg (Sa.), Germany **Dept. Magnetohydrodynamics, Forschungszentrum Dresden-Rossendorf, Germany
|
Three-dimensional transient modeling of the melt flowin a TMF VCz system for GaAs crystal growth |
B. Nacke*, H. Kasjanow*, A. Krauze**, A. Muiznieks**, F.-M. Kiessling***, U. Rehse***, P. Rudolph*** |
GERMANY |
*Institut für Elektrothermische Prozesstechnik der Universität Hannover, Germany **University of Latvia, Fac. of Physics and Mathematics, Riga, Latvia ***Institute for Crystal Growth, Berlin, Germany
|
SOLIDIFICATION OF METAL ALLOYS UNDER THE INFLUENCE OF PULSEMODULATED MAGNETIC FIELDS |
P.A. Nikrityuk*, D. Räbiger**, K. Eckert*, S. Eckert**, G. Gerbeth** |
GERMANY |
*Institute for Aerospace Engineering, Technische Universität Dresden, **MHD Department, Forschungszentrum Dresden-Rossendorf (FZD), |
THE INFLUENCE OF A DIRECT ELECTRICAL CURRENT ON THE GROWTH OF SOLUTAL DENDRITES |
P.A. Nikrityuk, S. Ananiev, K. Eckert, R. Grundmann |
GERMANY |
Institute for Aerospace Engineering, Dresden University of Technology |
Determination of harmonic and pulsed eddy current distributions in a liquid metal
|
Jan Forbriger, Vladimir Galindo, Gunter Gerbeth and Frank Stefani |
GERMANY |
Forschungszentrum Dresden-Rossendorf |
Numerical investigations of melt flow and skull formation in cold crucible melting process |
A. Umbrashko*, E. Baake*, B. Nacke*, A. Jakovics** |
GERMANY |
*Institute for Electrothermal Processes, University of Hanover, Germany **Laboratory for Mathematical Modelling of Environmental and Technological Processes, University of Latvia,
|
Flow structure and concentration distribution in seemingly parallel magnetic and electric fields |
Tom Weier*, Christian Cierpka*, Kerstin Eckert**, Margitta Uhlemann***, Andreas Bund**** |
GERMANY |
*Forschungszentrum Dresden-Rossendorf, **TU Dresden, Institute of Aerospace Engineering, Dresden, ***Leibniz Institute for Solid State and Materials Research Dresden, ****TU Dresden, Dept. of Physical Chemistry and Electrochemistry, Dresden, |
THE START-UP PROCESS OF NATURAL CONVECTION IN PRESENCE OF A COUNTERACTING LORENTZ FORCE-DRIVEN CONVECTION |
XUEGENG YANG*, KERSTIN ECKERT**, PJOTR A. NIKRITYUK**, KIRSTEN SEIDEL**, and MARGITTA UHLEMANN* |
GERMANY |
*Leibniz Institute for Solid State and Materials Research, Dresden, **Institute for Aerospace Engineering, Technische Universitaet Dresden, |
Alpha-effect dynamo without kinetic heliciy |
K.-H. Raedler and A. Brandenburg |
GERMANY |
Astrophysikalishes Institut Potsdam |
Solar force-free magnetic fields |
N. Seehafer*, M. Fuhrmann*, G. Valori**, and B. Kliem**,*** |
Germany |
*Institut f¨ur Physik, Universit¨at Potsdam, **Astrophysikalisches Institut Potsdam, ***Kiepenheuer-Institut f¨ur Sonnenphysik, |
On the turbulent sources of the solar dynamo |
V. Pipin* and N. Seehafer** |
Germany |
*Institute for Solar-Terrestrial Physics, Russia **Institut f¨ur Physik, Universit¨at Potsdam, Germany |
Turbulent Melt Flow in a Cylindrical Vessel under the Action of Superposition of Two Anharmonic RMFs
|
E. Golbraikh*, A. Kapusta*, Sh. Lesin**, B. Mikhailovich* and B. Tilman* |
ISRAEL |
*Center for MHD Studies, Ben-Gurion University of the Negev **Energetics Technologies Ltd.
|
Study of the rotating conductive fluid turbulence under the action of RMF |
E. Golbraikh, P. Frick*, A. Kapusta, B. Mikhailovich and B. Tilman |
ISRAEL |
Center for MHD Studies, BGU, Israel *Institute of Continuous Media Mechanics, Perm, Russia
|
Rotating Turbulent MHD Flow in Crossed Electrical and Magnetic fields |
E. Golbraikh, A. Kapusta, B. Mikhailovich, A. Shapiro*, I. Zilberman |
ISRAEL |
Center for MHD Studies, Ben-Gurion University of the Negev *Energetics Technologies Ltd. |
Study of Melt Flow in a Liquid Core of a Continuous Ingot |
H. Branover*, E. Golbraikh*, A. Kapusta*, Sh. Lesin**, B. Mikhailovich* and B. Tilman**
|
ISRAEL |
*Center for MHD Studies, Ben-Gurion University of the Negev **Energetics Technologies Ltd.
|
Inverse kinetic theory approach to fluid and MHD turbulence |
M.Tessarotto*,**, M.Ellero*** and P.Nicolinia** |
ITALY |
*Department of Mathematics and Informatics, University of Trieste, Trieste, Italy **Consortium of Magneto-fluid-dynamics, University of Trieste, Trieste, Italy ***Technical University of Munich, Munich, Germany |
Numerical simulation of MHD flow and Heat transfer in the disk MHD generator of the closed loop experimental facility at Tokyo Tech. |
Alessandro Liberati*, T.Murakami**, Y.Okuno**, and H.Yamasaki** |
ITALY |
*Inter-University Consortium for the Application of Super-Computing for Universities and Research (CASPUR), Rome, Italy **Department of Energy Sciences, Interdisciplinary Graduate School of Science and Engineering, Tokyo Institute of Technology, Japan |
Inverse kinetic theory for incompressible magnetofluids |
M. Tessarotto*,** |
ITALY |
*Department of Mathematics and Informatics, University of Trieste, **Consortium of Magneto-fluid-dynamics, University of Trieste, |
Gravitational MHD equilibria in the presence of differential rotation |
A. Beklemishev*, C. Cremaschini**,***, J. C. Miller****,***** and M. Tessarotto******,*** |
Italy |
*Budker Institute of Nuclear Physics, Novosibirsk, Russia **Department of Astronomy, University of Trieste, Italy ***Consortium of Magneto-fluid-dynamics, University of Trieste, Italy ****International School for Advanced Studies, SISSA, Trieste, Italy *****Department of Physics (Astrophysics), University of Oxford, U.K. ******Department of Mathematics and Informatics, University of Trieste, Italy |
Double Layer Mechanism in Self-Organization of Copper Secondary Nodules under a Parallel Magnetic Field |
R. Aogaki*, R. Morimoto** and A. Sugiyama*** |
JAPAN |
*Polytechnic University **Saitama Industrial Technology Center ***Waseda Institute for Advanced Study
|
How to Manage a High Magnetic Field in Electromagnetic Processing of Materials
|
Shigeo Asai |
JAPAN |
Lab. of Electromagnetic Processing of Materials |
Effect of an external magnetic field on a rising air bubble in a liquid metal |
Yosuke SHIBASAKI, Toshio TAGAWA, Kazuyuki UENO |
Japan |
Department of Aerospace Engineering, Tohoku University, Sendai |
Numerical computation of liquid metal flows driven by the gravity, rotation and surface tension in the presence of a magnetic field |
Toshio TAGAWA |
JAPAN |
Department of Aerospace Engineering, Tokyo Metropolitan University |
Conducting Fluid Flow around a Rising Particle in a Vessel under a Strong Vertical Magnetic Field |
Kazuyuki UENO and Masahide WATABE |
Japan |
Department of Aerospace Engineering, Tohoku University |
Second Phase Behavior in Sodium Chloride Aqueous Solution under Strong Magnetic Field |
IWAI Kazuhiko, Furuhashi Ippei, KUMAZAWA Keisuke
|
JAPAN |
Department of Materials, Physics and Energy Engineering, Nagoya University |
Orientation Behavior of Anisotropic Crystal under Magnetic Field by Using X-Ray Diffraction |
Takenori KOHAMA* , Kazuhiko IWAI |
JAPAN |
Department of Materials, Physics and Energy Engineering |
Chirality in Magnetoelectrolysis |
Iwao Mogi and Kazuo Watanabe |
JAPAN |
Institute for Materials Research, Tohoku University |
Crystallographic structure of titanium under imposition of strong magnetic field |
Yasuhiko SAKAIDA*, Kazuhiko IWAI and Shigeo ASAI |
JAPAN |
Department of Materials, Physics and Energy Engineering, Nagoya University |
THERMOOSMOSIS IN MAGNETIC FLUIDS IN THE PRESENCE OF A MAGNETIC FIELD |
Elmars Blums, Gunars Kronkalns and Michail Maiorov |
LATVIA |
Institute of Physics |
Characteristics of Disks type EM Induction Permanent Magnet Pump |
I.Bucenieks, K.Kravalis |
LATVIA |
Institute of Physics of University of Latvia |
On the flow hydrodynamics in the channel of a cylindrical induction pump with no core |
M.Abricka and Yu.Gelfgat |
LATVIA |
Institute of Physics, University of Latvia, |
Pair of Rankin-type vortexes in MHD |
A. Mikelsons, J.Valdmanis |
LATVIA |
Institute of Physics, University of Latvia |
INVESTIGATION OF HEAT TRANSFER EFFICIENCY OF THERMOMAGNETIC CONVECTION IN FERROFLUIDS |
D. Zablotsky, V. Frishfelds, E. Blums |
LATVIA |
Institute of Physics, University of Latvia, Latvia |
Analytical solution to the MHD problem on the influence of cross flow on the main flow in the plane channel at the Hartman large numbers |
E. Ligere, I. Dzenite |
latvia |
Riga Technical University |
Experimental Studies of the MHD Processes in the Inlet Elements of the Liquid Metal Blanket |
A.Shishko, A.Zik, E.Platacis, S.Ivanov, A.Romanchuks |
LATVIA |
Institute of Physics, University of Latvia |
Tranverse E?B waves and theirs MHD aspects |
J.Valdmanis, A.Cipijs, R.Valdmane |
LATVIA |
Institute of Physics, University of Latvia |
Delicate milling of non-magnetic substances by small iron-oxide spherical beads |
V.Vorohobovs, A. Cebers |
LATVIA |
Institute of Physics, Salaspils, |
A Sensor for Continuous Measurements of the Absolute Thermoelectric Power of Liquid Metal during Turbulent Non-Isothermal Mixing or Segregation of Multi-Component Melts |
A. Bojarevics*, I. Kaldre*, Yu. Gelfgat*, Y. Fautrelle** |
LATVIA |
*Institute of Physics, University of Latvia, **CNRS-SIMAP-EPM, France
|
On the Flow at the Liquid Metal Surface Subject to Rotating Magnetic Field |
I.Bucenieks, A.Bojarevics, Yu.Gelfgat |
LATVIA |
Institute of Physics, University of Latvia |
Experimental Validation of a Dynamic Method to Determine the Thermoelectric Power of Metallic Liquid Alloys |
A.Bojarevics*, Yu.Gelfgat*, Y.Fautrelle**, J.Etay** |
LATVIA |
*Institute of Physics, University of Latvia, **CNRS-SIMAP-EPM, France
|
Experimental Studies of the Strong Magnetic Field Action on the Corrosion of RAFM Steels in Pb17Li Melt Flows |
I.Bucenieks*, F.Muktepavela**, E.Platacis*, A.Shishko*, A.Zik* |
LATVIA |
*Institute of Physics, University of Latvia **Institute of Solid State Physics, University of Latvia
|
Physical modelling of large-diameter silicon single crystal growth in a rotating magnetic field |
L.Gorbunov |
LATVIA |
Institute of Physics, University of Latvia |
Numerical Simulation of Large-Diameter Silicon Single Crystal Growth in a Rotating Magnetic Field
|
L.Gorbunov |
LATVIA |
Institute of Physics, University of Latvia |
LES Study of Particle Transport in Turbulent Recirculated Liquid Metal Flows |
M. Kirpo*, A. Jakovics*, E. Baake**, B. Nacke** |
LATVIA |
*Laboratory for Mathematical Modelling of Environmental and Technological Processes, University of Latvia, Zellu str. 8 Riga, LV-1002 Latvia, e-mail: Maksims.Kirpo@lu.lv **Institute for Electrothermal Processes, Leibniz University of Hannover Wilhelm-Busch-Str. 4, D-30167 Hannover
|
MHD Technique for production of Lead-Lithium Eutectic Alloy |
I.Platnieks, J. E. Freibergs, J. Klavins |
Latvia |
Institute of Physics, University of Latvia |
3D unsteady modelling of the influence of applied magnetic field on the melt flow in FZ Si single crystal growth |
K. Lacis*, A. Muiznieks*, N. Jekabsons*, B. Nacke**, G. Ratnieks*** |
Latvia |
*Department of Physics, University of Latvia, **Institute for Electrothermal Processes, Hannover, Germany ***Siltronic AG, Burghausen, Germany
|
Phenomenological Analysis of the Corrosion Processes of EUROFER Steel in Pb17Li Melt Flows
|
R.Krishbergs*, F.Muktepavela**, E.Platacis*, A.Shishko* |
LATVIA |
*Institute of Physics, University of Latvia **Institute of Solid State Physics, University of Latvia
|
3D modeling for the square-shaped silicon crystal growth process by FZ method |
A. Muiznieks*, A. Rudevics*, K. Lacis*, H. Riemann**, A. Ludge**,J. Fischer**, F.W. Schulze***
|
LATVIA |
*Faculty of Physics and Mathematics University of Latvia **Institute for Crystal Growth, Germany ***PV Silicon AG, Germany,
|
Thermal fluctuations of magnetotactic bacteria in AC magnetic fields |
L.Alberte, K.Erglis, A.Cebers |
LATVIA |
University of Latvia |
COMPLEX MAGNETIC SUSCEPTIBILITY OF COBALT FERRITE FERROFLUID: INFLUENCE OF CARRIER VISCOSITY AND PARTICLE CONCENTRATION |
M. M. Maiorov, G. Kronkalns, E. Blums |
LATVIA |
Institute of Physics, University of Latvia |
MAGNETOCONVECTIVE INTENSIFICATION OF HEAT TRANSFER BASED ON PERMANENT MAGNETS |
A. Mezulis, E. Blums and G. Kronkalns |
LATVIA |
Institute of Physics, Latvian University |
IRON OXIDE BASED MAGNETIC NANOPARTICLES BEARING CYTOTOXIC SILYLATED ALKANOLAMINES
|
Izolda Segal*, Alla Zablotskaya*, Edmunds Lukevics*, Mikhail Maiorov**, Dmitry Zablotsky**, Elmars Blums**, Irina Shestakova*, Ilona Domracheva*
|
LATVIA |
*Latvian Institute of Organic Synthesis, Riga, **Institute of Physics, University of Latvia,
|
The Contribution of Radiation Heat Transfer in Temperature Distribution of EM Driven Semi-transparent Glass Melt Flow |
Daiga Cepite*, Andris Jakovics*, Bernd Halbedel**, Uwe Krieger*** |
LATVIA |
*Faculty of Physics and Mathematics University of Latvia **Glass and Ceramic Technology Group Inter-faculty Institute of Materials Science Faculty of Mechanical Engineering Technical University Ilmenaum Germany *** JSJ Jodeit GmbH
|
Search for the next Dynamo experiment |
Guntis Lipsbergs and Agris Gailitis |
LATVIA |
Institute of Physics University of Latvia |
Current experiments in the Riga Dynamo facility |
Agris Gailitis |
LATVIA |
Institute of Physics University of Latvia |
Electromagnetic pumps for a liquid metal spallation targets : calculation, diagnostics, reliability
|
S.Ivanov, A.Flerov |
LATVIA |
Institute of Physics, University of Latvia |
2D axisymmetric mathematical modeling of small diameter Ni crystal FZ growth with HF electromagnetic fields |
Armands Krauze*, Janis Priede*,** |
latvia |
*Institute of Physics, University of Latvia, **Coventry University, Faculty of Engineering & Computing, Coventry, UK
|
Vortex generation and shedding by an oscillatory localized magnetic field |
A. Beltran, S. Cuevas and E. Ramos |
MEXICO |
Centro de Investigacion en Energia, Universidad Nacional Autonoma de Mexico |
Mixing with a time-dependent MHD flow |
A. Figueroa, S. Cuevas and E. Ramos |
MEXICO |
Centro de Investigacion en Energia, Universidad Nacional Autonoma de Mexico |
Dynamic Properties of a Magnetic Obstacle |
Ramos E.*, Beltran A.*, Cuevas S.*, and Smolentsev S.** |
MEXICO |
*Center for Energy Research Universidad Nacional Autonoma de Mexico. **University of California, Los Angeles, USA. |
MAGNETIC FIELD EFFECTS ON DIFFUSION OF PARAMAGNETIC SOLUTIONS THROUGH AN INERT MEMBRANE |
M. Waskaas |
NORWAY |
Telemark University College |
CONTACT LAYER BETWEEN WAVE THIN AND COOPER PLATE IN A SOLIDIFICATION PROCESS
|
Zygmunt Lipnicki, Adam Bydalek |
POLAND |
University of Zielona Gora |
MAGNETOTRANSPORT STUDY OF NANO- AND POLYCRYSTALLINE La0.7Ca0.3MnO3 MANGANITES IN HIGH MAGNETIC FIELDS |
M. Pekala*, N. Kozlova**, V. Drozd*,***,**** |
POLAND |
*Department of Chemistry, University of Warsaw, Poland **IFW Dresden, Germany ***Department of Chemistry, Kiev National Taras Shevchenko University,Ukraine ****Center for Study Matter at Extreme Conditions, Florida International University, Miami, USA
|
Effect of Applied External Magnetic Field on Electrodeposition of Cobalt Alloys for Hydrogen Evolution in 8 M NaOH |
P. R. Zabinski, A. Jarek, R. Kowalik |
POLAND |
AGH University of Science and Technology, Faculty of Non-Ferrous Metals
|
Magneto-hydrodynamic interaction in a vertical slot filled with ferrofluid |
A.A. Bozhko*, G.F. Putin*, S.A. Suslov** |
RUSSIA |
*Perm State University, Perm, Russia **University of Southern Queensland, Australia |
Magnetohydrodynamic intensification mechanism of tropical and extratropical cyclones, hurricanes and tornadoes and method of they prevention
|
E. Yu. Krasilnikov |
RUSSIA |
Moscow State Aviation Institute (Technical University) |
Experimental studies of liquid metal flow over a cylinder and a flat plat in longitudinal magnetic field
|
A. Golubev, E. Krasilnikov, V. Luschik |
RUSSIA |
Moscow aviation Institute (Technical University) |
ENSURING CONDITIONS FOR PLASMA STREAM MOTION ACROSS MAGNETIC FIELD |
Andrey Smakhtin |
RUSSIA |
Moscow Aviation Institute (State Technical University) |
THE EXPERIMENTAL LIQUID METAL HEAT TRANSFER INVESTIGATIONS APPLIED TO FUSION REACTOR |
* V.G. Ghilin, Ya.I. Listratov, * Yu.P. Ivotchkin, * N.G. Razuvanov, V.G. Sviridov
|
Russia |
MPEI - Moscow Power Engineering Institute, Moscow *IIHT - Incorporated Institute of High Temperatures of the Russian Academy of Science, Moscow |
The flow of electrically conducting fluid through a helical magnetic field
|
I.Kolesnichenko, P.Frick |
Russia |
Institute of Continuous Media Mechanics of UB RAS |
Non-stationary electro-vortex flows in a long shallow channel with conducting fluid
|
I.Kolesnichenko*, S.Khripchenko*, D.Buchenau**, G.Gerbeth** |
Russia |
*Institute of Continuous Media Mechanics of UB RAS, Russia **Forschungszentrum Rossendorf, MHD Department, Germany
|
Direct and inverse cascades in rapidly rotating dynamo systems |
Reshetnyak, M.Yu. |
russia |
Institute of the Physics of the Earth |
Impact on inclusions in a shallow MHD channel |
I.Kolesnichenko, A.Sukhanovsky, S.Khripchenko, I.Gladkov |
Russia |
Institute of Continuous Media Mechanics of UB RAS |
PUMPING EFFECTIN A PLANE MHD-CHANNEL GENERATED BY ELECTROVORTEX FLOW |
Denisov S.A., Dolgikh V.M., Kolesnichenko I.V., Khripchenko S.Yu. |
RUSSIA |
Institute of Continuous Media Mechanics, UB of RAS |
MHD-PUMPS OPERATING ON THE PRINCIPLE OF THE INTERACTION OF THE ALTERNATING MAGNETIC FIELD WITH THE INDUCED CURRENT |
S. KHRIPCHENKO*, R. KHALILOV*, I. KOLESNICHENKO*, S. DENISOV*, G.GERBETH** |
RUSSIA |
*Institute of Continuous Media Mechanics, Perm, Russia **Forschungszentrum, Rossendorf, Germany
|
On spontaneous oscillations in ferrofluid convection |
A. Bozhko, G. Putin |
RUSSIA |
Perm State University |
Deformation of a magnetic fluid surface due to ferromagnetic bodies in an applied uniform magnetic fluid
|
K. Zimmermann, V.A. Naletova, I. Zeidis, V.A. Turkov, D.A. Pelevina, T. Friedrich, and R. Richter
|
russia |
Technische Universitaet Ilmenau, Germany Lomonosov Moscow State University, Russia Universitaet Bayreuth, Germany
|
The role of shape of fine magnetic particles on structural transitions in ferronematics |
P. Kopcanský*, N.Tomasovicová*, M.Koneracká*, V.Závisová*, M.Timko*, L.Tomco***, A. Dzarová*, A. Sprincová*,**,M.Hnatic*,N.Éber****, K.Fodor-Csorba****, T.Tóth-Katona****, A.Vajda**** and J.Jadzyn***** |
SLOVAK REPUBLIC |
*Institute of Experimental Physics, Slovakia **JINR, Laboratory of Radiation Biology, Dubna, Russia ***Faculty of Aeronautics, Technical University, Slovakia ****Research Institute for Solid State Physics and Optics, Hungarian Academy of Sciences, Hungary *****Institute of Molecular Physics, Polish Academy of Sciences, Poland
|
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SLOVAK REPUBLIC |
|
Anti-cancer drug Taxol loaded by magnetic polymer nanospheres for biomedical applications |
M. Koneracká*, V. Závisová*, M. Múcková**, N. Tomasovicová*, P. Kopcanský*, G. Lancz*, J.Kovác*, M.Timko*, A.Juríková* and K.Csach* |
SLOVAK REPUBLIC |
1. Institute of Experimental Physics, Slovak Academy of Sciences, Slovak Republic 2. Hameln rds a.s., Slovak Republic
|
|
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SLOVAK REPUBLIC |
|
The role of shape of fine magnetic particles on structural transitions in ferronematics |
P. Kopcanský*, N.Tomasovicová*, M.Koneracká*, V.Závisová*, M.Timko*, L.Tomco***, A. Dzarová*, A. Sprincová*,**,M.Hnatic*,N.Éber****, K.Fodor-Csorba****, T.Tóth-Katona****, A.Vajda4 and J.Jadzyn***** |
SLOVAK REPUBLIC |
*Institute of Experimental Physics, Kosice, Slovakia **JINR, Laboratory of Radiation Biology, Dubna, Russia ***Faculty of Aeronautics, Technical University, Kosice, Slovakia ****Research Institute for Solid State Physics and Optics, Hungarian Academy of Sciences, Budapest, Hungary *****Institute of Molecular Physics, Polish Academy of Sciences, Smoluchovskiego, Poznan, Poland
|
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SLOVAK REPUBLIC |
|
Effects of heat treatment under an external magnetic field on the soft magnetic properties in FeCo-based nanocrystalline alloys |
Ivan Skorvánek, Jozef Marcin, Jana Turcanová, Jozef Kovác, Peter Svec* |
Slovakia |
Institute of Experimental Physics, Slovak Academy of Sciences * Institute of Physics, Slovak Academy of Sciences |
The self-generation of magnetic eld in an anisotropic helical magnetohydrodynamic turbulence |
E. Jurcisinova, M. Jurcisin, and M. Stehlik |
Slovakia |
Institute of Experimental Physics, SAS, Kosice |
Intermittency and anomalous scaling in a model of magnetohydrodynamics turbulence |
E. Jurcisinova, M. Jurcisin, and R. Remecky |
Slovakia |
Institute of Experimental Physics, SAS, Watsonova |
Dielectric properties of transformer oil based magnetic fluid |
M. Timko*, P. Kopcanský*, F. Herchl*, M. Koneracká*, K.Marton**, I.Kolcunová**, L. Tomco*** |
Slovakia |
*Institute of Experimental Physics, Slovak Academy of Sciences, **Faculty of Electrical Engineering and Informatics, Technical University, ***Faculty of Aeronautics, Technical University,
|
On an Electromagnetic Pump for Liquid Metal Target for Swiss Spallation Neutron Source |
S.Dementjev*, F.Groeschel*, S.Ivanov** |
Switzerland |
*Spallation Neutron Source Division, Switzerland **Institute of Physics, University of Latvia, Latvia
|
Analysis of paramagnetic fluid behavior in a cube differentially heated under a strong non-uniform magnetic field |
S. Kenjeres*, E. Fornalik**, T. Bednarz***, W. Wrobel**, H. Ozoe****, J. S. Szmyd** |
The Netherlands |
*Technical University, Delft, the Netherlands **AGH, University of Science and Technology, Krakow, Poland *** James Cook University, Townsville, Australia ****Professor Emeritus, Kyushu University, Fukuoka, Japan
|
Numerical Compressible-Incompresible Magneto-Hydrodynamics with External Fields |
Necdet Aslan |
TURKEY |
Yeditepe University, Physics Department, Istanbul
|
LEVITATED DROPLET OSCILLATIONS : EFFECT OF INTERNAL FLOW
|
Valdis Bojarevics and Koulis Pericleous |
U.K. |
University of Greenwich |
Helical magnetorotational instability in a Taylor-couette flow |
J. Priede*, G. Gerbeth** |
U.K. |
*Applied Mechanics Research Centre, Coventry University, UK **Forschungszentrum Dresden, Germany |
Effects of Magnetic Fields on Crystal Growth |
A. Kao*, G. Djambazov*, K. Pericleous*, and V. Voller** |
U.K. |
*University of Greenwich, **University of Minnesota, Department of Civil Engineering, |
Forcefree and contactless electromagnetic flow rate sensors |
J. Priede*, D. Buchenau**, G. Gerbeth** |
U.K. |
*Applied Mathematics Research Centre, Coventry University,UK **Forschungszentrum Rossendorf, Dresden, Germany |
Absolute and convective instabilities in a non-dissipative compressible mixing layer submitted to a magnetic field
|
P. Caillol and M. Ruderman |
U.K. |
Department of Applied Mathematics, Sheffield University |
Handling of magnetic particles in microfluidic devices for the stydy of chemical reactions and bioanalysis |
S. Peyman, A. Iles, N. Pamme |
U.K. |
University of Hull, department of chemistry |
Experimental study of the MHD flow in a prototypic inlet manifold section of the DCLL blanket |
K. Messadek1 and M. A. Abdou |
UAS |
Mechanical and Aerospace Dept, UCLA, |
Experimental study of the MHD flow in a prototypic inlet manifold section of the DCLL blanket |
K. Messadek* and M. A. Abdou |
UAS |
Mechanical and Aerospace Dept, UCLA, |
Theoretical and Experimental Study of Interfacial Instability in Aluminium Reduction Cells |
S. Molokov*,** , A. Pedcenko*,** ,P.J. Thomas**, A. Lukyanov***, J. Priede*,** |
UK |
*AMRC, Dept of Mathematical Sciences, Coventry University, **FDRC, University of Warwick, Coventry ***Department of Mathematics, University of Reading, Whiteknights, Berkshire, |
Stability of buoyant convection in laterally heated liquid metal layer subject to transverse magnetic field |
J. Priede, S. Aleksandrova, S. Molokov |
UK |
Applied Mathematics Research Centre, Coventry University |
Experiment on MHD - Turbulence at low magnetic Reynolds's number |
Rico Klein, Alban Pothérat |
UK |
Faculty of Engineering and Computing, Applied Mathematics Research Centre |
Numerical computations of a cylinder wake inside a rectangular duct in a strong axial magnetic field |
Vincent Dousset and Alban Pothérat |
UK |
Faculty of Engineering and Computing, Applied Mathematics Research Centre |
Spectral study of the magnetohydrodynamic turbulence under imposed magnetic field.
|
V. Dymkou and A. Pothérat |
UK |
Faculty of Engineering and Computing, Applied Mathematics Research Centre |
EXTENSION OF ACTIVE ZONE OF FINAL ELECTROMAGNETIC STIRRERS BY CONTINUOUS STEEL CASTING |
Buryak V.*, Kolesnichenko A.A.*, Kolesnichenko A.F.** |
UKRAINE |
*Net Shape Cast (Ukraine), ** Net Shape Cast, Inc., USA |
Evolution of the hydrodynamical structure arising in the cylinder of the limited length under action of the rotating magnetic field |
A. F. Zibold |
Ukraine |
Donetsk National Technical Universitym Donetsk |
APPLICATION OF ELECTROMAGNETIC STIRRING IN CASTER MOLD IN PRODUCTION OF ROUND BILLETS
|
F. Siddiqui, G.I. Kasyan, A.A. Kuchaev*, R.J. Jakobshe* |
UKRAINE |
CJSC Mini Steel Mill ISTIL *Physico-Technological Institute of Metals and Alloys of the National Academy of Sciences (NAS)
|
WAVE HYPERBOLIC MODEL OF FERROFLUID MOTION |
Igor Selezov |
UKRAINE |
Department of Wave Processes, Institute of Hydromechanics |
SUPPRESSION OF PLATE OSCILLATIONS BY MHD-FEEDBACK CONTROL |
Igor Selezov |
UKRAINE |
Department of Wave Processes, Institute of Hydromechanics |
GENERATION AND SPREADING OF PULSE MHD FLOW IN SOLIDIFYING INGOT BY CONTINUOUS STEEL CASTING |
Buryak V.*, Kolesnichenko A.A.*, Kolesnichenko A.F.**. |
USA |
*Net Shape Cast (Ukraine), ** Net Shape Cast, Inc., USA |
Liquid Lithium Thin Film Strippers for High-Power Exotic Beam Facilities |
Claude B. Reed, Jerry A. Nolen, Peter N. Ostroumov, Yoichi Momozaki, and Sergey Kondrashev |
USA |
Argonne National Laboratory |
Study of MHD mixed convection in the DCLL blanket conditions |
S. Smolentsev* , R. Moreau**, M. Abdou* |
USA |
*(UCLA) **EPM-CNRS, Grenoble |
Modeling of quasi-two-dimensional magnetohydrodynamic turbulence |
S. Smolentsev* , R. Moreau**, |
USA |
*(UCLA) **EPM-CNRS, Grenoble |