Synthesis of [3??14C]??and [5??14C]??labelled 5??nitro??1, 2, 4??triazol??3??one (NTO) and study of its chemical decomposition

L Le Campion, S de Suzzoni??Dezard…

Index: Le Campion; De Suzzoni-Dezard; Robic; Vandais; Varenne; Noel; Ouazzani Journal of Labelled Compounds and Radiopharmaceuticals, 1999 , vol. 42, # 12 p. 1203 - 1213

Full Text: HTML

Citation Number: 5

Abstract

Abstract The chemical decomposition of NTO 1 and its corresponding amine ATO 2 was investigated. To make easier the identification of the decomposition products, we synthesized 14 C-labelled NTO and ATO. Our results confirmed the high stability of the NTO triazolone ring. Its scission can be achieved partially by sulfuric acid under intensive heat and pressure. The triazolone ring of ATO was cleaved in alkaline solution. Carbon dioxide ...

Related Articles:

Electrochemical reduction of nitrotriazoles in aqueous media as an approach to the synthesis of new green energetic materials

[Wallace, Lynne; Underwood, Christie J.; Day, Anthony I.; Buck, Damian P. New Journal of Chemistry, 2011 , vol. 35, # 12 p. 2894 - 2901]

Electrochemical reduction of nitrotriazoles in aqueous media as an approach to the synthesis of new green energetic materials

[New Journal of Chemistry, , vol. 35, # 12 p. 2894 - 2901]

Electrochemical reduction of nitrotriazoles in aqueous media as an approach to the synthesis of new green energetic materials

[New Journal of Chemistry, , vol. 35, # 12 p. 2894 - 2901]

Electrochemical reduction of nitrotriazoles in aqueous media as an approach to the synthesis of new green energetic materials

[New Journal of Chemistry, , vol. 35, # 12 p. 2894 - 2901]

More Articles...