Storage Life of an Aluminised HE Composition .
Keywords: High explosive compositions, Thermal stability, Storage life assessment
AbstractMost high explosive compositions are organic in nature and they tend to undergo slow decomposition during storage under different environmental conditions. The decomposition degrade the molecular stability of the explosive, thereby resulting in reduced performance and service life. The knowledge of decomposition behaviour of the explosive mass determines the storage life of the composition. Hence, change in the chemical stability, sensitivity, mechanical strength and performance are of utmost importance in the prediction of storage life of explosive/ammunitions systems. This paper presents the results on the rate of gas evolution, change in sensitivity, and thermal stability and weight loss of high explosive compositions, viz., Dentex and TNT when exposed to elevated temperature. Based on the collected data, a tentative storage life for the aluminised (Dentex) composition has been computed to be 15 years. The data has been compared with TNT, a standard explosive for assessing the storage life.
How to Cite
NarangR., NayakS., NairU., & GhariaJ. (2013). Storage Life of an Aluminised HE Composition . Defence Science Journal, 43(3), 263-267. https://doi.org/10.14429/dsj.43.4231
Materials Science & Metallurgy
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