220685-61-0Relevant academic research and scientific papers
Redox-induced indenyl slippage in [IndCpMoL2]2+/+/0 complexes
Gamelas, Carla A.,Herdtweck, Eberhardt,Lopes, Jo?o P.,Rom?o, Carlos C.
, p. 506 - 515 (1999)
The dicationic complexes [IndCpMoL2]2+ (Ind = indenyl; Cp = cyclopentadienyl; 1, L2 = dppe; 2, L = PMe3; 4, L2 = Bipy; 5, L2 = tBu2bipy; 6, L2 = H2/su
Compared reductive chemistry of molybdenocene and indenyl-substituted complexes
Calhorda, Maria J.,Gamelas, Carla A.,Rom?o, Carlos C.,Veiros, Luís F.
, p. 331 - 340 (2007/10/03)
Reduction of [IndCpMo(L)Br]Br (L = 1a, CO; 2, NCMe) with Cp2Co in the presence of two equivalents of the ligand L' gives the ring-slipped neutral complexes [(σ-Ind)CpMoL'2] (L' = 5, CO; 6, 1/2 dppe; 7, PMe3; 8, P(OMe)
