Spatial Recognition Within Terpenes: Redox and H-bond Promoted Linkage Isomerizations and the Selective Binding of Complex Alkenes

萜烯类化合物的空间识别:氧化还原和氢键促进的连接异构化以及复杂烯烃的选择性结合

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Abstract

A method for the resolution of η (2)-alkene-complex isomers of the type MoTp(NO)(DMAP)(η (2)-alkene) and WTp(NO)(PMe(3))(η (2)-alkene) (where Tp = hydridotris(pyrazolyl)-borate and DMAP = 4-(dimethylamino)pyridine) has been explored. Alkene and polyene compounds form as a mixture of kinetically trapped isomers. For both types of complexes, it was found that addition of either a fluorinated alcohol or one-electron oxidant reduces the number of isomers in solution. Accelerated ligand exchange was also observed, although these reactions were accompanied by significant decomposition.

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