作者:Sarah L. J. Michel、David P. Goldberg、Charlotte Stern、Anthony G. M. Barrett、Brian M. Hoffman
DOI:10.1021/ja003702x
日期:2001.5.1
vanadocene to form 1(Mo(IV)) and 1(V(IV)), prepared from 8, and 2(Mo(IV)) from 9, respectively. Likewise, the protected trans-H2[pz(A2);B2)], where A = (S-benzyl)2 and B = 3,6-butyloxybenzene (12) or A = (S-benzyl)2 and B = (tert-butylphenyl)2 (13), have been prepared and peripherally metalated with molybdocene and vanadocene to give the trans dinuclear complexes, 3(Mo(IV),Mo(IV)), 3(V(IV),V(IV)) (from 12)
我们报告了一系列外围功能化四氮杂卟啉 (pzs) 的合成和物理表征,其形式为 H2[pz(A;B3)] 和反式-H2[pz(A2);B2],其中 A 是钼烯的二硫烯螯合物或钒二烯和B是增溶基团。前体 pz 的 8 和 9,形式为 H2[pz(A;B3)],其中 A = (4-(丁氧羰基)-S-苄基)2 和 B = 二叔丁基苯基 (8) 或二正-丙基 (9),已经制备,脱保护,并用钼烯和钒进行外围金属化,形成 1(Mo(IV)) 和 1(V(IV)),由 8 和 2(Mo(IV)) 制备9、分别。同样,受保护的反式 H2[pz(A2);B2)],其中 A = (S-苄基)2 且 B = 3,6-丁氧基苯 (12) 或 A = (S-苄基)2 且 B = (叔丁基苯基)2 (13) 已制备并用钼烯和钒进行外围金属化,得到反式双核配合物,3(Mo(IV),Mo(IV))、3(V(IV),V(IV))(来自