Inexpensive, readily available photovoltaic cells have been used to conduct indirect electrochemical oxidation reactions. The reactions retain the efficiency of the solar-electrochemical method while capitalizing on the unique opportunities for selectivity afforded by a chemical oxidant. The versatility of the electrochemical method allowed for the recycling of Os(VIII)-, TEMPO-, Ce(IV)-, Pd(II)-, Ru(VIII)-, and Mn(V)-oxidants all with the same very simple reaction apparatus.
廉价且易于获得的光伏电池已被用于进行间接电
化学氧化反应。这些反应保留了太阳光电
化学方法的效率,同时利用了
化学氧化剂带来的独特选择性机会。电
化学方法的多功能性使得可以使用同一套非常简单的反应装置回收Os(VIII)-、
TEMPO-、Ce(IV)-、Pd(II)-、Ru(VIII)-和Mn(V)-氧化剂。