Inorganic-organic polymers with defined silicic acid units
D. Hoebbel
Abstract
D. Hoebbel
Abstract
The aim of this work is the synthesis and structural characterization of novel types of inorganic organic polymers consisting of small silicic acid clusters linked via organosiloxane and carbon-carbon bonds. The synthesis is based on additive reactions of silicic acid derivatives with functional siloxanes. Oligomeric silicic acids with defined structure, the double four-ring silicic acids were used to make the polymerization process and the correlation between structure and properties of the polymers more transparent.
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The aim of this work is the synthesis and structural characterization of novel types of inorganic organic polymers consisting of small silicic acid clusters linked via organosiloxane and carbon-carbon bonds. The synthesis is based on additive reactions of silicic acid derivatives with functional siloxanes. Oligomeric silicic acids with defined structure, the double four-ring silicic acids were used to make the polymerization process and the correlation between structure and properties of the polymers more transparent.
Key concepts: Silicic acid, Silicic, Polymer, Polymerization, Characterization (materials science), Polymer chemistry, Chemistry, Carbon fibers