间接有机电合成原理及应用 Ⅰ.原理和方法  

Principle and Application of Indirect Electroorganic Sythesis Principles and Methods

作　　者：李伟善[1] 

机构地区：[1]华南师范大学化学系

出　　处：《广州化工》1994年第3期45-49,52,共6页GuangZhou Chemical Industry

摘　　要：电合成技术以其无污染等特性在有机合成领域越来越受人们的重视。直接有机电合成方法可能存在反应速度慢、能耗较大以及电极受干扰等问题,而间接有机电合成方法可以弥补这些不足。本系列报道分三部分介绍间接有机电合成的原理及其应用。本文报道第一部分内容,主要论述间接有机电合成的原理和方法。Considerable progress has recently been made toward accepting electroorganic methodology for both laboratory and plant scale synthesis. Greater and greater interest in electroorganic synthesis is arising from the necessity to confront the increasing scarcity of raw materials and energy and the universal clamor to abate pollution of the environment . Although there exist a number of adverse factors,such as the electrode interfered with a reactant or a product in direct electroorganic synthesis,many of them can be avoided in indirect electroorganic synthesis.The principle and application of indirect electroorganic synthesis will be reported in three parts in this series. This paper is on the principle of indirect electroorganic synthesis.

关 键 词：电合成 有机合成 

分 类 号：O621.261[理学—有机化学]