苯基氯硅烷

本章从线型聚硅氧烷的合成入手，在偶联剂的作用下，将线型聚硅氧烷引入苯基氯硅烷水解物，制备了基体柔性有机硅树脂。

Starting with the synthesis of liner polysiloxane , the low-molecular-weight liner polysiloxane and phenyl chlorosilane were hydrolyzed together in the role of coupling agent .

苯基氯硅烷毛细管色谱分析法

Capillary Chromatography for Phenyl-chlorosilane

以甲基和苯基氯硅烷为单体，采用水解缩聚的方法合成有机硅树脂，并对影响有机硅树脂合成的有关因素进行了研究。

The silicone resin is synthesized using hydrolysis-polycondensation method from phenyl and methyl chlorosilane , and the factors influencing this synthesis are investigated .

同时介绍了有机硅产业概况，苯基氯硅烷对有机硅产业发展的促进作用。

Meanwhile it also introduces the present situation of the silicone industry and the promotive action of phenyl chlorine silane to the development of the industry .

文中论述了苯基氯硅烷的清洁生产工艺，提出了用格氏法合成苯基三氯硅烷的研发思路，从根本上解决传统方法能耗高、副产物多，环境污染的缺点。

The thesis discusses the phenyl chlorine silane cleaner production technologies , and puts forward the synthesis of phenyl trichlorosilane technical route through the application Grignard reaction which can solve shortcomings of traditional methods , that is high energy consumption , more by-products , and environment pollution . 2 .

提出了由二苯基二氯硅烷与甲醇一步反应制得高效催化助剂DDS的新工艺。

A one-step process of synthesis of high-effective catalytic promotor DDS from diphenyldichlorosilane and methyl alcohol was put forward .

二苯基二氯硅烷与双酚-A的缩聚反应动力学

Kinetics of polycondensation between diphenyl-dichlorosilane and bisphenol-A

本论文旨在综合利用多晶硅产业的副产物四氯化硅SiC14，采用格氏法工艺，研究合成苯基三氯硅烷。

This thesis aims at the comprehensive utilization of polysilicon industry by-products , using grignard technology to synthesize phenyl trimethoxysilane silane .

本文利用苯基三氯硅烷和硅胶表面羟基反应制备了苯基化硅胶。

The phenylated silica gel has been prepared by the reaction between the surface hydroxyl groups of silica gel and phenyl trichlorosilane .

其主要工艺流程是：首先合成苯基氯化镁，再以苯基氯化镁和四氯化硅为原料合成苯基三氯硅烷。

The technological process is as follows : First , synthesize phenyl magnesium chloride . Second , phenyl trimethoxysilane silane is synthesized by Grignard method with phenyl magnesium chloride and four chlorinated silicon as raw material .