作者:Ana M. Martins、José R. Ascenso、Cristina G. de Azevedo、Alberto R. Dias、M. Teresa Duarte、Humberto Ferreira、M. João Ferreira、Rui T. Henriques、M. Amélia Lemos、Li Li、João F. da Silva
DOI:10.1002/ejic.200400813
日期:2005.5
(THF) 3 ) with Na 3 N 3 - F [9]-N 3 (THF) 2 and Na 3 N 3 [11]N 3 (THF) 2 leads to [Ti(N 3 - F [9]N 3 )] and [TiN 3 [11]N 3 }]. The titanium complexes react readily with I 2 to give the Ti I V derivatives [TiN 3 - F [9]N 3 }]I and [TiN 3 [11]N 3 }]I. All titanium compounds display distorted trigonal prismatic geometries where the metal is coordinated to the six nitrogen donors. Fluxional processes that
1,4,7-(NH(2-C6H4F)SiMe2)3-1,4,7-三氮杂环壬烷(H 3 N 3 - F [9]N 3 )和1,4,8-(N( H)PhSiMe 2 } 3 -1,4,8-三氮杂环十一烷(H 3 N 3 [11]N 3 )及其钠衍生物Na 3 N 3 - F [9]N 3 (THF) 2 和Na 3 N 3 [11]N 3 (THF) 2 , [TiCl 3 (THF) 3 ) 与Na 3 N 3 - F [9]-N 3 (THF) 2 和Na 3 N 3 [11]N的反应3 (THF) 2 导致[Ti(N 3 -F [9]N 3 )]和[TiN 3 [11]N 3 }]。钛络合物很容易与 I 2 反应生成 Ti IV 衍生物 [TiN 3 - F [9]N 3 }]I 和 [TiN 3 [11]N 3 }]I。所有钛化合物都显示出扭曲的三角棱柱几何形状,其中金属与六个氮