Chemistry Letters, Vol.37, No.6, 656-657, 2008
A DFT study on formation of bisaryl oxime ether from benzaldehyde and phenoxyamine
A theoretical study on the formation mechanism of bisaryl oxime ether from benzaldehyde and phenoxyamine at the B3LYP/6-31++G** level indicates that the water-assisted acid-catalyzed mechanism is more favorable than that in neutral conditions. Intermolecular interactions between monomers of E and Z producing stereoisomers are predicted to play an important role in their stabilities.