作者:Huan Wang、Kai Zhang、Ying-Zi Liu、Mei-Yu Lin、Jia-Xing Lu
DOI:10.1016/j.tet.2007.10.104
日期:2008.1
of cinnamate esters has been carried out by cathodic reduction of CC bond in an undivided cell equipped with Mg sacrificial anode and using MeCN saturated with CO2 as solvent. The yields and the ratio of mono- and dicarboxylic acids are strongly affected by various factors: cathodic material, current, charge, and temperature. The highest yield (78.9%) was obtained starting from ethyl cinnamate. Cyclic
肉桂酸酯的电化学羧化反应是通过在配备Mg牺牲阳极的未分隔电池中,以饱和CO 2的MeCN作为溶剂,将CC键阴极还原而实现的。一元羧酸和二元羧酸的收率和比例受多种因素的强烈影响:阴极材料,电流,电荷和温度。从肉桂酸乙酯开始获得最高产率(78.9%)。已测量了循环伏安图,并提出了反应途径。