The study of a side product of the aerial dithiolene oxidation allowed the rational and efficient synthesis of a sulfur rich electron acceptor, (E)-3,3′-diethyl-5,5′-bithiazolidinylidene-2,4,2′,4′-tetrathione, that presents easily accessible redox states and forms with decamethylferrocene a charge transfer salt exhibiting ferromagnetic coupling.
对空气二
噻吩氧化的副产物的研究使得一种富含
硫的电子受体(E)-3,3′-
二乙基-5,5′-双
噻唑烯亚基-2,4,2′,4′-四
硫的合理高效合成成为可能,该受体具有易于获得的氧化还原态,并与十甲基
铁烯形成具有
铁磁耦合的电荷转移盐。