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Organic silicon compound chemistry

Shenzhen Jgoal Prototype Co.,Ltd | Updated: Jan 13, 2017

General SinH2n+2 of silane. Known of SiH4, Si2H6, Si3H8, Si4H10, and Si5H12, and six straight-chain or branched Si6H14 of hydrogenated Silicon. Thermal stability of silane with the number of silicon atoms in the molecule and dropping fast. Decomposition of SiH4 and Si2H6 400 ℃, Si4H10 have obvious decomposition at room temperature, faster decomposition rate of Si6H14. Silanes can burn in air, generating SiO2 and water; and the halogen element produced by halogenated silane; formed in the presence of catalyst and hydrogen halide halides; SI-SiO2 and by water into hydrogen; silane reacts with alcohols to form silicic acid ester. In addition, the Silane in the presence of a catalyst can also swap the role of hydrogen and chlorine and chloroform.

Silane Silicon halides react with lithium aluminium hydride in ether preparation. Methyl silane silane is important, it is the Super produced from thermal decomposition of silicon, producing semiconductor silicon materials. Structure of siloxane-containing organosilicon compounds and siloxane briefly as follows: siloxanes can be made from organic halogenated silane hydrolysis. It is a poly-siloxane monomers.