International audienceWe are studying the effect of a magnetic field normal to the cell in electrodeposition of zinc arborescences. When the cell thickness is reduced, the MHD convection, responsible for morphology changes, spiraling, etc. is suppressed, but in a high magnetic field there is still an effect maybe due to small-scale hydrodynamic convection or to the Lorentz force on the growing metallic branches, the "Laplace" force
Understanding mass transport is prerequisite to all quantitative analysis of electrochemical experim...
Magnetic fields are applied to electrically conducting fluids in order to influence electrochemical ...
Thermoelectric magnetic convection (TEMC) at the scale of both the sample (L = 3 mm) and the cell/de...
International audienceWe are studying the effect of a magnetic field normal to the cell in electrode...
International audienceNumerical investigations of the magneto-hydrodynamic convection in thin cell e...
President du jury: A. Alemany ; Raporteurs : J-P. Chopart, J.M.D. Coey ; Examinateurs : J-L. Portese...
Deviating from the common expectation, magnetoelectrochemical structuring during deposition of diama...
Experimental quasi-two-dimensional Zn electrodeposits are grown under forced convection conditions. ...
A uniform magnetic field unexpectedly alters the form of copper deposits grown in a flat electroche...
Nonequilibrium fluctuations of concentration, velocity and so on are formulated for electrode reacti...
Contains fulltext : 34938.pdf (publisher's version ) (Closed access
In this study, zinc ternary alloys known for their catalytic application in desulphurization process...
Formation of rough, dendritic deposits is a critical problem in metal electrodeposition processes an...
Introduction. The influence of magnetic fields up to µ0H = 1 T differently aligned to the electrode ...
A lab-based electrolytic-cell is designed to analyze the effect of external magnetic field on bubble...
Understanding mass transport is prerequisite to all quantitative analysis of electrochemical experim...
Magnetic fields are applied to electrically conducting fluids in order to influence electrochemical ...
Thermoelectric magnetic convection (TEMC) at the scale of both the sample (L = 3 mm) and the cell/de...
International audienceWe are studying the effect of a magnetic field normal to the cell in electrode...
International audienceNumerical investigations of the magneto-hydrodynamic convection in thin cell e...
President du jury: A. Alemany ; Raporteurs : J-P. Chopart, J.M.D. Coey ; Examinateurs : J-L. Portese...
Deviating from the common expectation, magnetoelectrochemical structuring during deposition of diama...
Experimental quasi-two-dimensional Zn electrodeposits are grown under forced convection conditions. ...
A uniform magnetic field unexpectedly alters the form of copper deposits grown in a flat electroche...
Nonequilibrium fluctuations of concentration, velocity and so on are formulated for electrode reacti...
Contains fulltext : 34938.pdf (publisher's version ) (Closed access
In this study, zinc ternary alloys known for their catalytic application in desulphurization process...
Formation of rough, dendritic deposits is a critical problem in metal electrodeposition processes an...
Introduction. The influence of magnetic fields up to µ0H = 1 T differently aligned to the electrode ...
A lab-based electrolytic-cell is designed to analyze the effect of external magnetic field on bubble...
Understanding mass transport is prerequisite to all quantitative analysis of electrochemical experim...
Magnetic fields are applied to electrically conducting fluids in order to influence electrochemical ...
Thermoelectric magnetic convection (TEMC) at the scale of both the sample (L = 3 mm) and the cell/de...