A living model of a porous protective salt layer is considered. It is shown that, even in the steady state, such a structure is not static. Its inner interface endlessly fluctuates. The evolution of crystal nuclei is analyzed
The screening of the electrical potential at a charged solid surface in a molten salt has been inves...
The galvanostatic operation of flooded porous electrodes mploying meta l / metal salt couples is ana...
When electric double layers are formed, cases have been reported where this formation nvolves expuls...
A living model of a porous protective salt layer is considered. It is shown that, even in the steady...
A theoretical model of the stable operation of an inhibiting layer on a metal in a corrosive electro...
A theoretical model of the stable operation of an inhibiting layer on a metal in a corrosive electro...
A theoretical model of the nucleation of a passivating salt layer on the surface S of an anode-disso...
A theoretical model of the nucleation of a passivating salt layer on the surface S of an anode-disso...
International audienceThe stress generation on pore walls due to the growth of a sodium chloride cry...
International audienceThe stress generation on pore walls due to the growth of a sodium chloride cry...
International audienceSalt crystallization can damage natural rocks, buildings, or artworks by exert...
International audienceSalt crystallization can damage natural rocks, buildings, or artworks by exert...
Understanding the early stages of electrochemical nucleation and growth is the cornerstone for nanos...
A kinetic model has been designed that tries to capture some most important physico-chemical propert...
Electrochemical double layers (EDL) form at electrified interfaces. Whereas the Gouy–Chapman model d...
The screening of the electrical potential at a charged solid surface in a molten salt has been inves...
The galvanostatic operation of flooded porous electrodes mploying meta l / metal salt couples is ana...
When electric double layers are formed, cases have been reported where this formation nvolves expuls...
A living model of a porous protective salt layer is considered. It is shown that, even in the steady...
A theoretical model of the stable operation of an inhibiting layer on a metal in a corrosive electro...
A theoretical model of the stable operation of an inhibiting layer on a metal in a corrosive electro...
A theoretical model of the nucleation of a passivating salt layer on the surface S of an anode-disso...
A theoretical model of the nucleation of a passivating salt layer on the surface S of an anode-disso...
International audienceThe stress generation on pore walls due to the growth of a sodium chloride cry...
International audienceThe stress generation on pore walls due to the growth of a sodium chloride cry...
International audienceSalt crystallization can damage natural rocks, buildings, or artworks by exert...
International audienceSalt crystallization can damage natural rocks, buildings, or artworks by exert...
Understanding the early stages of electrochemical nucleation and growth is the cornerstone for nanos...
A kinetic model has been designed that tries to capture some most important physico-chemical propert...
Electrochemical double layers (EDL) form at electrified interfaces. Whereas the Gouy–Chapman model d...
The screening of the electrical potential at a charged solid surface in a molten salt has been inves...
The galvanostatic operation of flooded porous electrodes mploying meta l / metal salt couples is ana...
When electric double layers are formed, cases have been reported where this formation nvolves expuls...
DOI
Add to ORKG