Synthesis, Molecular Structure and NMR Behaviour of [9,9-(PMe.sub.2./sub.Ph).sub.2./sub.-arachno-9,6,8-PtS.sub.2./sub.B.sub.7./sub.H.sub.7./sub.]: Direct Evidence for the Ten-vertex Borane Vertex-flip Mechanism of Isomerization

Name: Synthesis, Molecular Structure and NMR Behaviour of [9,9-(PMe.sub.2./sub.Ph).sub.2./sub.-arachno-9,6,8-PtS.sub.2./sub.B.sub.7./sub.H.sub.7./sub.]: Direct Evidence for the Ten-vertex Borane Vertex-flip Mechanism of Isomerization
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Jones, J.H.; Fontaine, X:L:R:; Greenwood, N.N.; Kennedy, J.D.; Thornton-Pett, M.; Štíbr, Bohumil; Langhoff, H.

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Synthesis, Molecular Structure and NMR Behaviour of [9,9-(PMe.sub.2./sub.Ph).sub.2./sub.-arachno-9,6,8-PtS.sub.2./sub.B.sub.7./sub.H.sub.7./sub.]: Direct Evidence for the Ten-vertex Borane Vertex-flip Mechanism of Isomerization

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JONES, J.H., FONTAINE, X:L:R:, GREENWOOD, N.N., KENNEDY, J.D., THORNTON-PETT, M., ŠTÍBR, Bohumil, LANGHOFF, H. Synthesis, Molecular Structure and NMR Behaviour of [9,9-(PMe₂Ph)₂-arachno-9,6,8-PtS₂B₇H₇]: Direct Evidence for the Ten-vertex Borane Vertex-flip Mechanism of Isomerization. Journal of Organometallic Chemistry. 1993, 445(-), C15-C16. ISSN 0022-328X. E-ISSN 1872-8561.

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