Synthesis and characterization of series of promising decontaminants for organophosphorus compounds

A novel 6,7-epoxy, N N', N'-trichloro-t-cinnamaldehyde semicarbazone has been synthesized, by conversion of t-cinnamaldehyde into its very stable semicarbazone derivative, followed by both epoxidation and N-chlorination (electrophilic) respectively. Calcium hypochlorite was the source of e...

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Veröffentlicht in:Oriental journal of chemistry 2008-12, Vol.24 (3), p.1131-1134
Hauptverfasser: Singh, SI, Prabha, S
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description A novel 6,7-epoxy, N N', N'-trichloro-t-cinnamaldehyde semicarbazone has been synthesized, by conversion of t-cinnamaldehyde into its very stable semicarbazone derivative, followed by both epoxidation and N-chlorination (electrophilic) respectively. Calcium hypochlorite was the source of electrophilic chlorine. The physical characterization is reported and achieved for each member of the series by mass, FT-IR and super(1)H NMR studies. Both the epoxide as well as the trichoro-derivatjves are expected to act as suitable and efficient decontaminants for the toxic organophosphorus (C-O-P and C-N-P) compounds due to their functions as the oxidizing agents mainly.
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title Synthesis and characterization of series of promising decontaminants for organophosphorus compounds
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