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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Semiconductor-Doped Sol-Gel Opticss in nonlinear optics. This chapter deals with the preparation and nonlinear optical properties of the small-sized semiconductor-doped glasses by the sol-gel process. Sol-gel process can produce glasses doped with many different semiconductors at moderately low temperature, that are not possible wit

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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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Photonics and Nonlinear Optics with Sol-Gel Processed Inorganic Glass:Organic Polymer Compositesthe opportunity to optimize each necessary property independently to produce useful materials for photonics. This review discusses the merits of novel glass phase composites for photonics, specifically a new class of inorganic oxide glass: organic polymer composites prepared by sol-gel processing. S

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Sol-Gel Chemistry for Optical Materialsa chemical control over the polymerization process. Moreover, hybrid organic-inorganic materials can be obtained when non hydrolyzable organic ligands are bonded to the metal precursor. Such hybrids, known as ORMOCERs, are now currently used as non porous transparent matrices for sol-gel optics.

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Sol-Gel Encapsulated Molecules: Optical Probes and Optical Propertiest molecules as spectroscopic probes of the sol-gel process, the deliberate doping of molecules to produce materials with specific optical properties and the development of biomolecular sol-gel materials.