enviromentally friendly photoelectrocatalytic one-pot method was developed for the α-oxyamination between 1,3-dicarbonyls and TEMPO via a photo(electro)catalytic process using visible light as the energy source. The recovered DSSC anode (photocatalyst) could be used more than 8 times, at the same time, the α-oxyamination reaction proceeding in the DSSC device might be involved in the photoelectrocatalysis
开发了一种绿色环保的光电催化一锅法,以可见光为能源,通过光电催化过程在1,3-二羰基和
TEMPO之间进行α-
氧化。回收的DSSC阳极(光
催化剂)可以使用8次以上,同时,DSSC装置中进行的α-
氧胺化反应可能参与光电催化过程。机理研究表明,该反应可能同时经历可见光诱导的自由基和离子反应过程。