Electrochemical reduction of CO2 in the presence of 1,3-butadiene using a hydrogen anode in a nonaqueous medium
作者:V. A. Grinberg、T. A. Koch、V. M. Mazin、E. I. Mysov、S. R. Sterlin
DOI:10.1007/bf02494552
日期:1999.2
The possibility of anodic generation of a solvated proton on a gas-diffusion electrode in an aprotic medium in the presence of carbon dioxide and 1,3-butadiene has been demonstrated. Formic acid was shown to be the only product of the reaction in the initially aprotic medium with the use of a hydrogen gas-diffusion anode. The influence of the counterion on the reactivity of the CO2.− radical anion
已经证明了在存在二氧化碳和 1,3-丁二烯的情况下,在非质子介质中的气体扩散电极上阳极生成溶剂化质子的可能性。在使用氢气扩散阳极的初始非质子介质中,甲酸被证明是反应的唯一产物。实验显示了反离子对 CO2.- 自由基阴离子在电羧化反应中的影响。