Add to ORKGAFM investigation of aluminum surface after anodic treatment was performed. It was shown that electropolishing in HCIO4 based solutions and long-time anodic oxidation result in formation of highly ordered nanorelief on the aluminum surface. Applications of such treatments in nano- and optoelectronics are discussed.
Porous alumina films formed by aluminum anodic oxidation have been intensively studied to use them a...
Surfaces are actively involved in numerous biological systems as well as catalytic reactions. The co...
Atomic force microscopy (AFM) was used to investigate the topographic characteristics of pitting sit...
Aluminum foils with two different surface topographic textures were anodically oxidized at constant ...
The formation behavior of anodic alumina nanofibers via anodizing in a concentrated pyrophosphoric a...
The surface roughness and surface brightness study of electropolished aluminum films formed by using...
In this study, we modified the synthesis modes of aluminum anodizing in an aqueous solution of oxali...
A newly developed self-sticking tape which can be removed without residue facilitates local anodizat...
International audienceSurface finishes based on structural colors raise interest in product design a...
The fabrication of sticky and slippery superhydrophobic aluminum was achieved by anodizing in pyroph...
Gradient microstructures on the surface of metals induced by severe shot peening (SSP) is relatively...
Breakdown phenomena are investigated at continuous isothermal (20∘C) and galvanostatic (0.2–5 mA cm−...
The mechanisms of the cells forming the almost periodic structure onanodized aluminum electrodes in ...
The present investigation aims to take a step forward for the transfer of a simple laboratory electr...
Objectives. Catalytically active materials are required in different chemical engineering processes....
Porous alumina films formed by aluminum anodic oxidation have been intensively studied to use them a...
Surfaces are actively involved in numerous biological systems as well as catalytic reactions. The co...
Atomic force microscopy (AFM) was used to investigate the topographic characteristics of pitting sit...
Aluminum foils with two different surface topographic textures were anodically oxidized at constant ...
The formation behavior of anodic alumina nanofibers via anodizing in a concentrated pyrophosphoric a...
The surface roughness and surface brightness study of electropolished aluminum films formed by using...
In this study, we modified the synthesis modes of aluminum anodizing in an aqueous solution of oxali...
A newly developed self-sticking tape which can be removed without residue facilitates local anodizat...
International audienceSurface finishes based on structural colors raise interest in product design a...
The fabrication of sticky and slippery superhydrophobic aluminum was achieved by anodizing in pyroph...
Gradient microstructures on the surface of metals induced by severe shot peening (SSP) is relatively...
Breakdown phenomena are investigated at continuous isothermal (20∘C) and galvanostatic (0.2–5 mA cm−...
The mechanisms of the cells forming the almost periodic structure onanodized aluminum electrodes in ...
The present investigation aims to take a step forward for the transfer of a simple laboratory electr...
Objectives. Catalytically active materials are required in different chemical engineering processes....
Porous alumina films formed by aluminum anodic oxidation have been intensively studied to use them a...
Surfaces are actively involved in numerous biological systems as well as catalytic reactions. The co...
Atomic force microscopy (AFM) was used to investigate the topographic characteristics of pitting sit...