Proceedings of the Royal Society of London. Series A, Mathematical and Physical Sciences, Vol. 223, No. 1153 (Apr. 22, 1954), pp. 267-282 (16 pages) The decomposition of barium and sodium azide at ...
PREVIOUS work on the decomposition of alpha-lead azide have been performed at temperatures close to its ignition temperature 1,2. The assumption has been made that the products of such decompositions ...
The kinetics of the thermal decomposition of silver azide have been studied and the results found to fit a rate equation d(N2)/dt = k(AgN3)2/3. The energy of activation of the decomposition has been ...
HYDROGEN azide is an extremely unstable and endothermic compound, and even in the absence of oxygen it may detonate violently. Nitrogen, hydrogen and ammonia are its decomposition products, and ...
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