Binding of 1-methylimidazole to five-coordinate iodo-Fe(III) complexes of porphyrin and three porphyrin isomers was spectrophotometrically examined in benzene at 20 °C. The result demonstrates that the geometry of the metallocavity is important to control both iron movement through the aromatic plane and magnitude of the Fe–I interactions.
在 20 °C的苯中,用分光光度法检测了 1-甲基
咪唑与
卟啉和三种
卟啉异构体的五配位
碘-
铁(III)络合物的结合。结果表明,
金属腔的几何形状对于控制
铁在芳香面上的移动和
铁-
铁相互作用的大小都很重要。