
Journal of the Chemical Society, Dalton Transactions p. 953 - 972 (1985)
Update date:2022-08-04
Topics:
Greenwood, Norman N.
Hails, Michael J.
Kennedy, John D.
McDonald, Walter S.
A modified procedure for the preparation and isolation of 6,6'-(B10H13)2O leads also to the isolation of the new compound 6-B10H13OH, which has been fully characterised by 11B and 1H n.m.r. and mass spectroscopy.The structures and some chemistry of these two related oxyboranes are compared.The reaction of either 6,6'-(B10H13)2O or 6-B10H13OH with cis-a = 1014.0(2), b = 586.8(2), c = 2316.9(6) pm, β = 91.66(2) deg, Z = 2 and the molecular structure is that of a centrosymmetric 14-vertex arachno-diplatinaborane in which two B6H9 clusters are bonded above and below an almost linear P-Pt-Pt-P system.The bonding of each B6H9 unit is symmetrical trihapto.In sharp contrast the reaction of 6,6'-(B10H13)2O with the corresponding nickel complex cis-a low yield of the new metallaborane closo-<(PhMe2P)2NiB9H7Cl2> (3).The red crystals of (3) are monoclinic, space group C2/c, with a = 1341.2(2), b = 1321.5(2), c = 1476.3(2) pm, β = 109.50(1) deg, Z = 4 and the molecular structure is that of a bicapped square antiprismatic 10-vertex closo-nickelaborane in which the Ni(PMe2Ph)2 group takes up a capping four-connected site.The reaction of 6,6'-(B10H13)2O with cis-a number of interesting patterns emerge.
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