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Intermediacy of silylene and germylene in direct synthesis of organosilanes and organogermanes

机译:有机硅烷和有机锗烷直接合成中的亚甲硅烷基和亚二甲苯基中间体

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摘要

In the direct synthesis of silicon compounds by reactions of elemental silicon with methyl chloride, methanol and hydrogen chloride, silylene formed on surface of silicon grains during the reaction is an intermediate. The reaction of surface silylene with a variety of unsaturated hydrocarbons provides new direct synthesis of organosilanes. In the direct synthesis of methylchlorogermanes from elemental germanium, surface germylene is not an intermediate, while tetrachlorogermane is synthesized by the direct reaction of germanium with hydrogen chloride via dichlorogermylene intermediate. Various unsaturated hydrocarbons or organic chlorides added to the system of tetrachlorogermane synthesis give new methods for the synthesis of organogermanes.
机译:在通过元素硅与氯甲烷,甲醇和氯化氢反应直接合成硅化合物的过程中,在反应过程中在硅颗粒表面形成的亚甲硅烷基是中间体。表面亚甲硅烷基与各种不饱和烃的反应提供了有机硅烷的新直接合成方法。在由元素锗直接合成甲基氯锗烷中,表面亚甲基不是中间体,而四氯锗烷是通过锗与氯化氢通过二氯锗烷中间体直接反应而合成的。添加到四氯锗烷合成体系中的各种不饱和烃或有机氯化物为有机锗烷的合成提供了新的方法。

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