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Original Articles

MENTHYLSUBSTITUIERTE PHOSPHORVERBINDUNGEN V1,2 R(P)-TERT.-BUTYL-1-MENTHYLTHIOPHOSPHORYLCHLORID KRISTALL- UND MOLEKÜLSTRUKTUR, MNDO-RECHNUNGEN UND NMR-DATEN

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Pages 103-116 | Received 14 Jan 1985, Published online: 13 Dec 2006
 

Abstract

R(P)-tert.-butyl-1-menthylthiophosphorylchloride crystallizes orthorhombic in space group P2121. Similar to (1-Men)2P(S)Cl3 the alkyl groups arrange in all-trans-chain C5‒C4‒C3‒P‒C11‒C12. The molecular structure of 1-Men(t-C4H9)P(S)Cl is optimized by MNDO-calculations. 1H- and 13C-NMR studies reveal stereospecific NMR-data.

R(P)-tert.-Butyl-1-menthylthiophosphorylchlorid, 1-Men(t-C4H9)P(S)Cl, kristallisiert orthorhombisch in der Raumgruppe P212121. Die Alkylreste bilden mit dem chiralen Phosphor eine all-trans-Kette C5‒C4‒C3‒P‒C11‒C12. Wir vergleichen die Struktur von 1-Men(t-C4H9)P(S)Cl mit der von (1-Men)2P(S)Cl, in dem eine analoge all-trans-Konformation vorliegt.3 Mittels MNDO-Rechnungen wird die molekulare Geometrie von 1-Men(t-C4H9)P(S)Cl optimiert, 1H und 13C-Kernresonanzexperimente liefern stereospezifische NMR-Parameter.

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