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The structure of the E-enolate of 2H: Calculations were performed using GAUSSIAN03. The complex of an E-enolate of 2H and catalyst 7 was energy-minimized at RHF/3-21G and UFF, respectively, except selected atoms of the enolate (ester COO, amide CON, α-carbon and α-hydrogen), which were calculated at the B3LYP/6-31+G(d) level (ONIOM)
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Anhydrous conditions are critical for the conservation of chirality
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Anhydrous conditions are critical for the conservation of chirality
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