bond formation reaction is achieved through electrochemical reduction of alcoholic phosphates or sulfonates with aldehydes or ketones. Alcohol derivatives of phosphates undergo single-electron reduction under electrochemical conditions followed by a spontaneous cleavage of the C–O bond with the exothermic loss of phosphate resulting in an alkyl radical species. Subsequently, radical intermediates are further
有效的脱氧 C(sp 3 )–C(sp 3 ) 键形成反应是通过醇
磷酸盐或
磺酸盐与醛或酮的电
化学还原来实现的。
磷酸盐的醇衍
生物在电
化学条件下经历单电子还原,随后 C-O 键自发断裂,
磷酸盐放热损失产生烷基自由基物种。随后,自由基中间体在阴极被进一步还原为碳负离子,碳负离子被羰基化合物原位捕获,从而完成脱氧巴比尔型反应。