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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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Nonsilicate Optical Coatings theme is the processing cycle, and the role of precursor chemicals, additives, processing methods, hydrolysis conditions, and thermal treatments on the forming of optical coatings. Materials of interest, include Al.0.Ta.O.Ti0., SnO, Fe.0., W0., V .0. and related compounds In addition, recent develo
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Fluoride Optical Materials processing and to improve properties. A multistep process incorporating sol-gel synthesis and reactive treatment is used to prepare a monolithic ZBLA fluoride glass. The first step is synthesis of a porous, monolithic, atomically homogeneous hydrous oxide gel containing zirconium barium lanthanum a
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Nanocomposite Fabrication for Transparent Windowsods have been investigated. Some optical properties and physical properties have been measured. The attributes of these nanocomposites which are useful in optical applications are their rigidity, hardness and homogeneous distribution of phases.
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Doped Sol-Gel Films for Fiber Optic Chemical Sensorsods. The emphasis is given to introduce recent progress by the authors and other researchers in the development of 2nd generation dye based fiber optic chemical sensors. In these sensors, sol-gel is utilized as a viable technique for the immobilization of organic dyes in highly stable silica substra
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