Surface layers are formed on many metals by anodic reaction. Such layers include the products of charge and discharge in many storage batteries, dielectric films used in electronic and optical circuits and display devices, layers responsible for passivity and corrosion protection, and films generated in metal shaping and finishing operations such as anodization, coloring, electropolishing, electrochemical machining and deburring. Anodic films are formed by solid-solid transformations or by dissolution-precipitation processes. Film properties and mechanisms of formation can be determined in situ by a number of optical techniques which have recently become available
The anodic stripping curves of electrodeposited thin films of copper have been investigated. Three d...
Cadmium oxidizes anodically in hydroxide solutions to form films of re-action products which control...
The relationship was explored between nanoscale voids in anodic aluminum oxide films and the surface...
The complex electrochemical reactions related to the electroformation and electroreduction of silver...
SIGLEAvailable from British Library Document Supply Centre- DSC:D77179 / BLDSC - British Library Doc...
Aluminum foils with two different surface topographic textures were anodically oxidized at constant ...
While stress is thought to play an important role in the development of self-organized porous films,...
Thin oxide films were prepared electrochemically on the aluminum surface using the high-voltage disc...
Experiments are described in which a luminum samples, covered with a porous oxide layer by anodizati...
Anodizing is a low-temperature, low-cost electrochemical process allowing for the growth, on the sur...
The present study is concerned with the mechanism of growth of porous anodic films formed on high pu...
The mechanical instability of oxide layers on anodized aluminum generates a regular arrangement of s...
The growth of anodic aluminum films on silicon was investigated. The films were formed using an elec...
The anodic oxidation of Aluminum (Al), which is a low temperature process, was used to form an alumi...
Porous anodic films containing nickel were prepared by AC electro-deposition. The porosity of the fi...
The anodic stripping curves of electrodeposited thin films of copper have been investigated. Three d...
Cadmium oxidizes anodically in hydroxide solutions to form films of re-action products which control...
The relationship was explored between nanoscale voids in anodic aluminum oxide films and the surface...
The complex electrochemical reactions related to the electroformation and electroreduction of silver...
SIGLEAvailable from British Library Document Supply Centre- DSC:D77179 / BLDSC - British Library Doc...
Aluminum foils with two different surface topographic textures were anodically oxidized at constant ...
While stress is thought to play an important role in the development of self-organized porous films,...
Thin oxide films were prepared electrochemically on the aluminum surface using the high-voltage disc...
Experiments are described in which a luminum samples, covered with a porous oxide layer by anodizati...
Anodizing is a low-temperature, low-cost electrochemical process allowing for the growth, on the sur...
The present study is concerned with the mechanism of growth of porous anodic films formed on high pu...
The mechanical instability of oxide layers on anodized aluminum generates a regular arrangement of s...
The growth of anodic aluminum films on silicon was investigated. The films were formed using an elec...
The anodic oxidation of Aluminum (Al), which is a low temperature process, was used to form an alumi...
Porous anodic films containing nickel were prepared by AC electro-deposition. The porosity of the fi...
The anodic stripping curves of electrodeposited thin films of copper have been investigated. Three d...
Cadmium oxidizes anodically in hydroxide solutions to form films of re-action products which control...
The relationship was explored between nanoscale voids in anodic aluminum oxide films and the surface...