197300-99-5Relevant academic research and scientific papers
Reductive activation of tripod metal compounds: Preparative application
Mautz, Juergen,Huttner, Gottfried
, p. 1423 - 1434 (2008)
The tripodnickel(0) species [tripod4Ni3] (1) {tripod = CH3C(CH2PPPh2)3} is shown to undergo oxidative addition with disulfides or diselenides REER (E = S, Se, R = tBu, Ph) to produce [tripo
Complexes of Cobalt(II) Chloride with the Tripodal Trisphosphane triphos: Solution Dynamics, Spin-Crossover, Reactivity, and Redox Activity
Heinze, Katja,Huttner, Gottfried,Zsolnai, Laszlo,Schober, Peter
, p. 5457 - 5469 (2008/10/09)
Depending on the reaction conditions, different products are obtained from the reaction of CoCl2 with CH3C(CH2-PPh2)3 (triphos), including the low-spin complexes (triphos)Co(μ-Cl)2Co(triphos)]2+ (12+) and [(triphos)CoCl2] (3), their solid-state structures being determined by X-ray methods. In solution, additionally, a four-coordinate high-spin complex [(η2-triphos)CoCl2] (2) is present, its concentration relative to that of 3 depending on the solvent and the temperature. The reactivity of these species toward Lewis acids is investigated leading to the novel heterodinuclear complexes [(triphos)Co(μ-Cl)2MCl2] (M = Fe (5), Co (6)). Reactions with Lewis bases L yield complexes of the rare type [(triphos)CoCl(L)]+ (L = CO (7+), PMe3 (8+), NH3 (9+), CH3CN (10+)). One-electron reduction of 3 leads to the previously prepared pseudotetrahedral [(triphos)CoICl] complex 11, and one-electron oxidation to the novel trigonal-bipyramidal low-spin complex [(triphos)CoIIICl2]+ (12+).
