IT has been shown previously that dipyridyl (dipy) complexes of cobalt and nickel are reduced at the dropping-mercury electrode with the formation of uni- and zero-valent complexes, respectively1,2. Further work led to the conclusion that iron(II)–dipyridyl complex is not reduced at the dropping mercury electrode and that the complex Mn(dipy)32+ is reduced with the formation of manganase(I) complex
先前已经表明,
钴和
镍的联
吡啶 (dipy) 络合物在滴
汞电极上被还原,分别形成单价和零价络合物 1,2。进一步的工作得出的结论是,
铁 (II)-联
吡啶络合物在滴
汞电极上不会被还原,并且络合物 Mn(dipy)32+ 会随着
锰酶 (I) 络合物的形成而被还原(未发表的结果)。