The existing models describing electrochemical phase formation involving both adsorption and a nucleation/growth process are modified. The limiting cases leading to the existing models are discussed. The characteristic features of the potentiostatic transients are presented. A generalization of the Avrami ansatz is given for two or more competitive irreversibly growing phases
A study has been made of electrochemical nucleation of metals from aqueous solution. Of principal co...
The theory of the potentiostatic transient for 3D nucleation with diffusion-controlled growth is dis...
Non-faradaic phase transitions are fairly common in the field of organic adsorption in interfacial e...
The existing models describing electrochemical phase formation involving both adsorption and a nucle...
A new class of models which are based on adsorption, nucleation growth and their coupling is discuss...
The nucleation growth model of electrochemical phase formation is analysed for the linear potential ...
The phenomenological theory of hemispherical growth in the context of phase formation with more than...
The theory of phase formation is generalised for any arbitrary time dependence of nucleation and gro...
A general theory is evolved for a class of macrogrowth models which possess two independent growth-r...
The phenomenological theory of hemispherical growth is generalised to time-dependent nucleation and ...
Processes of nucleation and growth largely determine the structure and properties of thin films obta...
The phenomenological theory of hemispherical growth is generalised to time-dependent nucleation and ...
A comprehensive approach of the mechanisms of electrochemical processes involving nucleation and cry...
A review is given of the area of electrodeposition of materials via a mechanism of nucleation follow...
A numerical model has been developed in order to characterize the kinetics of electrochemical nuclea...
A study has been made of electrochemical nucleation of metals from aqueous solution. Of principal co...
The theory of the potentiostatic transient for 3D nucleation with diffusion-controlled growth is dis...
Non-faradaic phase transitions are fairly common in the field of organic adsorption in interfacial e...
The existing models describing electrochemical phase formation involving both adsorption and a nucle...
A new class of models which are based on adsorption, nucleation growth and their coupling is discuss...
The nucleation growth model of electrochemical phase formation is analysed for the linear potential ...
The phenomenological theory of hemispherical growth in the context of phase formation with more than...
The theory of phase formation is generalised for any arbitrary time dependence of nucleation and gro...
A general theory is evolved for a class of macrogrowth models which possess two independent growth-r...
The phenomenological theory of hemispherical growth is generalised to time-dependent nucleation and ...
Processes of nucleation and growth largely determine the structure and properties of thin films obta...
The phenomenological theory of hemispherical growth is generalised to time-dependent nucleation and ...
A comprehensive approach of the mechanisms of electrochemical processes involving nucleation and cry...
A review is given of the area of electrodeposition of materials via a mechanism of nucleation follow...
A numerical model has been developed in order to characterize the kinetics of electrochemical nuclea...
A study has been made of electrochemical nucleation of metals from aqueous solution. Of principal co...
The theory of the potentiostatic transient for 3D nucleation with diffusion-controlled growth is dis...
Non-faradaic phase transitions are fairly common in the field of organic adsorption in interfacial e...