Forming complex geometry of nanopore by anodic oxidation of aluminum by pulsation method

Forming complex geometry of nanopore by anodic oxidation of aluminum by pulsation method

Anodic oxide self-ordered nanoporous films are now widely used in various fields of science and technology. However, there is a request that the nanopores in these oxides be not only direct and plane-parallel, but also have a certain geometry. It is understood that it is necessary to change the geom...

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Hauptverfasser: Yuferov, Yuliy, Arnautov, Alexander, Shak, Andrey, Beketov, Askold
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Sprache:eng
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Additives
Aluminum
Anodizing
Direct current
Geometry
Oxidation
Porosity
Process parameters
Thickness
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Arnautov, Alexander
Shak, Andrey
Beketov, Askold
description Anodic oxide self-ordered nanoporous films are now widely used in various fields of science and technology. However, there is a request that the nanopores in these oxides be not only direct and plane-parallel, but also have a certain geometry. It is understood that it is necessary to change the geometry of the pores with different thickness increments and branching nanopores. To solve this problem, the method of pulsed anodizing with direct current in a complex electrolyte with organic additives is used. In addition, other changes in the parameters of the anodizing process.
doi_str_mv 10.1063/1.5055186
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source AIP Journals Complete
subjects Additives
Aluminum
Anodizing
Direct current
Geometry
Oxidation
Porosity
Process parameters
Thickness
title Forming complex geometry of nanopore by anodic oxidation of aluminum by pulsation method
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