Titanium complexes with isocyanides

Bis(adamantylimido) compounds, with monomeric chromium(VI) complexes, 5, 348 Bis(alkene) complexes conjugated, Rh complexes, 7, 214 mononuclear Ru and Os compounds, 6, 401 -02 in Ru and Os half-sandwich rj6-arenes, 6, 538 with tungsten carbonyls and isocyanides, 5, 685 Bis(u-alkenylcyclopentadienyl) complexes, with Ti(II), 4, 254 Bis(alkoxide) nitrogen-donor complexes, with Zr(IV), 4, 805 Bis(alkoxide) titanium alkynes, in cross-coupling, 4, 276 Bis(alkoxo) complexes, with bis-Cp Ti(IV), 4, 588 Bis[alkoxy(alkylamino)carbene]gold complexes, preparation, 2, 288... 

The imido titanium complex supported by a diamido-pyridine framework Ti(=NBut)[(2-C5H4N)C(R)-(CH2NSiMe3)2](py) (R = H, Me) reacts with 2,6-xylyl isocyanide to give the double insertion of the isocyanide into the imido titanium bond and formation of the corresponding four-membered titanacycle with one cr-Ti-C bond the... 

Addition of TiCl4 to a solution of trimethylsiloxyphenylisocyanide in //-hexane yields the air sensitive octahedral diisocyanide complex TiCl4(CNR)2 (Scheme 114). This complex crystallizes with one molecule of //-hexane. Its molecular structure has been determined by X-ray crystallography.227 The formations of isocyanide titanium complexes are studied as species related with the Passerini reaction assisted by TiCl4. Three classes of compounds were identified and exemplified by isolated complexes (Scheme 115).228... 

Bis(phoshacyclopentadienyl)titanium(II) complexes, preparation and reactivity, 4, 265 Bisphosphanes on DIOP modification, 10, 7 in hydrogenations, 10, 7 in hydrogenations, P-chiral ligands, 10, 11 Bisphosphinidenes, with platinum(II), 8, 453 -54 Bisphosphinites, in hydrogenations, 10, 14 Bis(phosphinoalkyl-thioether)arenes, in ruthenium isocyanides, 7, 138... 

A number of titanium derivatives containing carbazole ligands have been isolated. Reaction of Ti(GH2Ph)4 with carbazole yields the dibenzyl complex Ti(GH2Ph)2(cb)2 (Scheme 45). The reaction of this compound with 2,6-dimethylphenyl isocyanide leads to titanium derivatives containing new carbon-carbon bonds (Section 4.05.2.3).109,110... 

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