Using Tungsten Oxide Based Thin Films for Optical Memory and the Effects of Using IR Combined with Blue/Blue-Green Wavelengths

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概要

• 論文の詳細を見る

• Utilizing a form of tungsten oxide as the physical medium for optical memory, we show that infrared irradiation provides heat to the lattice structure while blue or blue-green light provides electronic excitation to initiate a photochromic chemical change. We have constructed and tested a spin stand based demonstration system for this form of optical memory. Tungsten oxide offers potential advantages in storage density, storage capacity, write speed, signal to noise, processing flexibility, data robustness, and overall, cost.

• 社団法人応用物理学会の論文
• 2000-02-28

著者

• Mcewen Thomas

  Air Force Resaerch Laboratory

• Voss Ethan

  Development Of Chemistry And Keck Center For Molecular Electronics Syracuse University

• BUSSJAGER Rebecca

  Development of Chemistry and Keck Center for Molecular Electronics, Syracuse University

• CHAIKEN Joseph

  Development of Chemistry and Keck Center for Molecular Electronics, Syracuse University

• GETBEHEAD Mark

  Air Force Resaerch Laboratory

• GRUCZA David

  Air Force Resaerch Laboratory

• HINKEL Captain

  Air Force Resaerch Laboratory

• OSMAN Joseph

  Laser Chemical Corporation

• Bussjager Rebecca

  Development Of Chemistry And Keck Center For Molecular Electronics Syracuse University

• Chaiken Joseph

  Development Of Chemistry And Keck Center For Molecular Electronics Syracuse University:laser Chemical Corporation

関連論文

• Using Tungsten Oxide Based Thin Films for Optical Memory and the Effects of Using IR Combined with Blue/Blue-Green Wavelengths

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