4.2 Article

INFLUENCE OF ELECTROLYTE COMPOSITION ON PHOTOLUMINESCENT PROPERTIES OF ANODIC ALUMINUM OXIDE

Journal

JOURNAL OF APPLIED SPECTROSCOPY
Volume 75, Issue 2, Pages 214-218

Publisher

SPRINGER
DOI: 10.1007/s10812-008-9026-5

Keywords

anodic alumina; photoluminescence; oxalic acid

Categories

Funding

  1. State Comprehensive Program of Scientific Research Fotonika
  2. Belarus Republic Foundation [F06R-205, F06-065]

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Luminescent properties of anodic alumina fabricated in anodizing solutions containing oxalic, sulfuric, and phosphoric acids in addition to those modified by thermal annealing are investigated. Comparison of the obtained data shows that F+-centers are responsible for the luminescence band at 390 nm. The intense photoluminescence band of porous anodic alumina substrates at 450-500 nm is associated with oxalate anions.

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