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Anwendung der NMR-Spektroskopie chiraler Assoziate 14: Chiral recognition of terpene and cyclohexene hydrocarbons by ¹H and ¹³C NMR

Offermann, W. ; Mannschreck, Albrecht


Chiral NMR recognition of terpenic and similar hydrocarbons by Ag(fod) and optically active lanthanide shift reagents is described. Twenty-four 1H signals of eight compounds and, as a first report in the literature, eleven 13C signals of three compounds were split into signal pairs due to the respective enantiomers. Although the magnitudes of the splittings are not connected to the structure of ...


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