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2019
Sol–gel processing is a nonmelting path to forming primarily silicate glasses. The most widely used precursors for the sol–gel process are metal alkoxides that undergo hydrolysis and condensation polymerization. Pure silica, binary compositions and multicomponent compositions are reacted to generate oxide polymers in the presence of water and alcohols.
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Sol–gel processing is a nonmelting path to forming primarily silicate glasses. The most widely used precursors for the sol–gel process are metal alkoxides that undergo hydrolysis and condensation polymerization. Pure silica, binary compositions and multicomponent compositions are reacted to generate oxide polymers in the presence of water and alcohols.
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Advanced Materials, 1991
Research News: Ceramic materials for applications in electronics, solar‐energy conversion, optics, etc. can be synthesized using the sol–gel process. In the first part of a two‐part article the basic concepts of the process, its requirements, and potential, including ceramic precursors, reaction mechanisms and the historical development are described.
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Research News: Ceramic materials for applications in electronics, solar‐energy conversion, optics, etc. can be synthesized using the sol–gel process. In the first part of a two‐part article the basic concepts of the process, its requirements, and potential, including ceramic precursors, reaction mechanisms and the historical development are described.
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Sol-Gel Chemistry—Deals With Sol–Gel Processes
2019Fabiane Trindade, Mario Jose Politi
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