1997Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Polymer and ormosil materials for optical data storage

Fulong Tang, Fuxi Gan

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Abstract

New organic materials have played an important role in optical data storage devices. In this paper, the film preparation process, optical and spectroscopic properties, optical storage performances of dye-doped polymer and ormosil materials used as write-once and rewritable optical recording media (photochromic media and others) are reviewed. The existing problems, solutions to these problems and the future development are discussed also.

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What this paper is about

New organic materials have played an important role in optical data storage devices. In this paper, the film preparation process, optical and spectroscopic properties, optical storage performances of dye-doped polymer and ormosil materials used as write-once and rewritable optical recording media (photochromic media and others) are reviewed. The existing problems, solutions to these problems and the future development are discussed also.

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Available abstract

New organic materials have played an important role in optical data storage devices. In this paper, the film preparation process, optical and spectroscopic properties, optical storage performances of dye-doped polymer and ormosil materials used as write-once and rewritable optical recording media (photochromic media and others) are reviewed. The existing problems, solutions to these problems and the future development are discussed also.

Key concepts: Ormosil, 3D optical data storage, Photochromism, Optical storage, Materials science, Optical recording, Computer data storage, Polymer

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