We have reported here the effect of axial ligand L (L: pyridine/substituted pyridine) on FeIII(tn-OEP)Cl/FeIII(tn-OEP)ClO4 that first form high-spin FeIII(tn-OEP)(L)2.X (X: Cl, ClO4) which, on longer exposure, spontaneously auto reduce to a series of air stable FeII(tn-OEP)(L)2 complexes. The introduction of four nitro groups into the meso-positions of octaethyl porphyrin (tn-OEP), severely distorts
我们在这里报告了轴向
配体L(L:
吡啶/取代的
吡啶)对 Fe III(tn -OEP)Cl/ Fe III(tn -OEP)ClO 4首先形成高自旋Fe III(tn -OEP)(L)2 .X (X:
氯,ClO 4),长时间暴露后会自动还原成一系列稳定的空气
铁II(tn -OEP)(L)2复合体。引进4个硝基的入内消旋的-位八乙基
卟啉(tn -OEP)严重扭曲了
卟啉大环化合物,从而可以轻松分离出稀有的高纺丝家族Fe III(tn -OEP)(L)2 +在一个扭曲的大循环环境中。高旋转的合成与表征Fe III(tn -OEP)(L)2 .X 低转速
铁II(tn -OEP)(L)2被报道。X射线的结构
铁II(tn -OEP)(py)2,
铁II(tn -OEP)(4-CNpy)2 和 Fe II(tn -OEP)(3-Clpy)2已经确定了其中轴向
配体彼此几乎垂直取向的取向。循环伏安研究获得的电
化学数据
铁II(tn