A mechanism of the origination of electrolyte solution fluctuations on S surface of the anodically dissolved metal is discussed. Heterogeneous formation kinetics of a two-component inhibitor nucleus in a strong field of the electric double layer within fluctuation is considered. © Pleiades Publishing, Ltd., 2010
In this paper we advance a stiff solution dynamics [SSD] model to study the regulation of local chem...
The mechanisms of pattern formation on anodized aluminum electrodes in contact with various acid sol...
Anodic dissolution of a metal in the presence of flowing electrolytic solution was studied by both e...
A mechanism of the origination of electrolyte solution fluctuations on S surface of the anodically d...
Equations of the boundary inhibitor layer are derived. The equations determine the metal surface cov...
Equations of the boundary inhibitor layer are derived. The equations determine the metal surface cov...
The formation kinetics of inhibitor nuclei during the origination of the primary layer at the metal ...
The formation kinetics of inhibitor nuclei during the origination of the primary layer at the metal ...
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...
The importance of the electrical double layer at the interface between a metal and an acid electroly...
The mechanism ofthe fluctuations which are necessarily induced by the breakdown of the electrostatic...
A new model for the anomalous codeposition of alloys is based on the kinetic characteristics of meta...
In this paper we advance a stiff solution dynamics [SSD] model to study the regulation of local chem...
The mechanisms of pattern formation on anodized aluminum electrodes in contact with various acid sol...
Anodic dissolution of a metal in the presence of flowing electrolytic solution was studied by both e...
A mechanism of the origination of electrolyte solution fluctuations on S surface of the anodically d...
Equations of the boundary inhibitor layer are derived. The equations determine the metal surface cov...
Equations of the boundary inhibitor layer are derived. The equations determine the metal surface cov...
The formation kinetics of inhibitor nuclei during the origination of the primary layer at the metal ...
The formation kinetics of inhibitor nuclei during the origination of the primary layer at the metal ...
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...
The importance of the electrical double layer at the interface between a metal and an acid electroly...
The mechanism ofthe fluctuations which are necessarily induced by the breakdown of the electrostatic...
A new model for the anomalous codeposition of alloys is based on the kinetic characteristics of meta...
In this paper we advance a stiff solution dynamics [SSD] model to study the regulation of local chem...
The mechanisms of pattern formation on anodized aluminum electrodes in contact with various acid sol...
Anodic dissolution of a metal in the presence of flowing electrolytic solution was studied by both e...