
Journal of the Chemical Society, Dalton Transactions p. 3377 - 3382 (1994)
Update date:2022-07-30
Topics:
Blake, Alexander J.
Champness, Neil R.
Forder, Robin J.
Frampton, Christopher S.
Frost, Carole A.
et al.
Reaction of RuCl3*3H2O or a trans arrangement of the Cl(1-) ligands with the Ru(II) occupying a crystallographic inversion centre with four precisely coplanar equatorial PPhH2 ligands, Ru-Cl 2.422(3), Ru-P(1) 2.319(3) and Ru-P(2) 2.318(3) Angstroem.The lower steric demands of the PPhH2 ligands compared to PPh2H are reflected in the more regular octahedral arrangement seen in trans-a trans arrangement of two Cl(1-) and four PPh2H ligands, Os(1)-Cl 2.448(2), Os(2)-Cl 2.443(2), Os(1)-P 2.357(2), 2.349(2), Os(2)-P 2.355(2), 2,333(2) Angstroem.With the exception of a reversible oxidation in each case, which is assigned to a M(II)-M(III) redox couple.
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