The entire set of analogous mono-indenyl metal trichlorides have been prepared for the titanium triad metals, (715-C9H7)TiC13, [(715-C9H7)ZrCI(.t-Cl)2]X, [(715-C9H7)HfCl2(µCl)]2. The interaction of (715-C9H7)TiCl3 and [(715-C9H7)HfC12(p.-Cl)]2 with A1Me3 hasled to the isolation and characterization of (715-C9H7)TiCH3C12 and [(715C9H7)HfCH3C1(µ-C1)]2, respectively. Also, the unexpected production of (715C9H7)2Ti(CH3)2 from the reaction of (715-C9H7)TiCl3 with LiMe has been examined. The reactivity of (715-C9H7)TiC13, [(715-C9H7)ZrCl(µ-Cl)2]X, and [(715-C9H7)HfC12(9-Cl)]2 with various Lewis bases has been explored and has afforded the isolation and characterization of the unusual half-sandwich phosphine complexes (C9H7)TiC13(PMe3), (715-C9H7)ZrC13(PMe3)2, (715-C9H7)HfC13(PMe3)2, and (715-C9H7)HfC13(PMe3) as well as (T15-C9H7)ZrC13(DME) and (715-C9H7)HfCI3(DME). Several examples of indenyl-metal bond cleavage have been observed. The indenyl-imido complex, [(715-C9H7)TiCI(p.NCH3)]2, has also been synthesized. The crystal structures of (715-C9H7)TiC13, [(715C9H7)HfC12(p.-Cl)]2, [(715-C9H7)HfCH3C1(µ-Cl)]2, and (715-C9H7)HfC13(PMe3) have been determined. / Department of Chemistry
| Identifer | oai:union.ndltd.org:BSU/oai:cardinalscholar.bsu.edu:handle/184949 |
| Date | January 1994 |
| Creators | Shaw, Scott Lee |
| Contributors | Ball State University. Dept. of Chemistry., Morris, Robert J. |
| Source Sets | Ball State University |
| Detected Language | English |
| Format | xix, 140 leaves : ill. ; 28 cm. |
| Source | Virtual Press |
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