Titlebook: Sol-Gel Optics; Processing and Appli Lisa C. Klein Book 1994 Springer Science+Business Media New York 1994 chemistry.composite material.cry

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The Springer International Series in Engineering and Computer Sciencehttp://image.papertrans.cn/s/image/871330.jpg

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https://doi.org/10.1007/978-1-4615-2750-3chemistry; composite material; crystal; environment; glass; material; nanocomposite; optics; photonics; polym

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Sol-Gel Fabrication of Glass Fibers for Opticswing of sol-gel-derived preforms, are reviewed„ The sol-gel method has been extended to the fabrication of high refractive index PbO-TiO. glass fibers. Third order optical nonlinear susceptibilities X. as high as ~10. esu are obtained in these glasses.

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Single Layer and Multilayer Colored Coatings on Glass color. Two major approaches are discussed: (a) color due to absorption via electronic transition and charge transfer in transition metal oxide systems, and (b) interference color due to multilayer stacking of dielectric materials following specific optical designs.

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Gradient-Index (Grin) Elements by Sol-Gel Interdiffusionased on the interdiffusion of index-modifying lcations in the liquid phase of a wet gel is suitable to fabricate materials with large geometry and large delta-n. The method is particularly suitable to fabricate r-GRIN rods with prescribed spectral variation.

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Sol-Gel Chemistry for Optical Materialsproperties such as transparency, hydrophilicity or controlled porosity. The chemical modification of metal alkoxides by nucleophilic species provides a chemical control over the polymerization process. Moreover, hybrid organic-inorganic materials can be obtained when non hydrolyzable organic ligands