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Photodiffusion of tungsten in a As2Se3–WO2 system and its application for recording the elements of computer optics

I.I. Burdian1, V.V. Kosyuk1, E.A. Senokosov1, V.S. Feshchenko1, I.S. Feshchenko1
1Taras Shevchenko Transnistria State University, Tiraspol

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Pages: 72-74.

Full text of article: Russian language.

Abstract:
Photosensitive systems based on chalcogenide glassy semiconductors (CGS) are the promising recording media for the production of holographic optical elements [1]. The advantages of such systems include high resolution, wide spectral sensitivity range, relative ease of production, and low cost. Our work is devoted to the investigation of the photographic properties of the new As2Se3–WO2 system as applied to the production of diffractive holographic elements.

Keywords:
photodiffusion, computer optics, chalcogenide glassy semiconductors, CGS, holographic optical element, photographic propertie, diffractive holographic element.

Citation:
Burdian II, Kosyuk VV, Senokosov EA, Feshchenko VS, Feshchenko IS. Photodiffusion of tungsten in a As2Se3–WO2 system and its application for recording the elements of computer optics. Computer Optics 2001; 22: 72-74.

References:
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