The absolute configuration and enantiomeric excess of chiral cyclic alcohols can be predicted from the 31P NMR spectra of the two diastereoisomers obtained with organophosphorus diamino-derivatizing agents (CDAs) and the chiral secondary alcohol, according to a simplified model taking into account the spatial location of the substituents of the chiral alcohol center and the 31P NMR signals of the two diastereoisomers
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
The absolute configuration and enantiomeric excess of chiral cyclic alcohols can be predicted from t...
The use of organophosphorus derivatising agents, prepared from C2 symmetric trimethylsilylated diami...
The use of organophosphorus derivatising agents, prepared from C2 symmetric trimethylsilylated diami...
The chiral phosphorus derivatizing agent (CDA) 1 was prepared from optically pure (S)-1,1-bis-2-naph...
This review reports the determination of absolute configuration of primary and secondary alcohols by...
The use of organophosphorus derivatisation agents prepared from C2 symmetric diamines for the 31P NM...
The use of organophosphorus derivatisation agents prepared from C2 symmetric diamines for the 31P NM...
p. 1061-1065,Nov/Dec.This review reports the determination of absolute configuration of primary and ...
A new reagent is described for the determination of enantiomeric excess of chiral alcohols. This der...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
The absolute configuration and enantiomeric excess of chiral cyclic alcohols can be predicted from t...
The use of organophosphorus derivatising agents, prepared from C2 symmetric trimethylsilylated diami...
The use of organophosphorus derivatising agents, prepared from C2 symmetric trimethylsilylated diami...
The chiral phosphorus derivatizing agent (CDA) 1 was prepared from optically pure (S)-1,1-bis-2-naph...
This review reports the determination of absolute configuration of primary and secondary alcohols by...
The use of organophosphorus derivatisation agents prepared from C2 symmetric diamines for the 31P NM...
The use of organophosphorus derivatisation agents prepared from C2 symmetric diamines for the 31P NM...
p. 1061-1065,Nov/Dec.This review reports the determination of absolute configuration of primary and ...
A new reagent is described for the determination of enantiomeric excess of chiral alcohols. This der...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...
Diastereoisomeric ester and amide derivatives of phosphoric acid chloride 2 show well separated sign...