Classical methods of Chemical stability: Comparison of analyses for gunpowders

Magdalena Rakić, Mirjan Krstovic, M. Dimić, Bojana Z. Fidanovski
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引用次数: 1

Abstract

The main ingredient of gunpowder is nitrocellulose. For slowing down the catalytical decomposition process, predominated stabilizer diphenylamine is in use for single-base gunpowder, as well as for propellants. On the other hand, the stabilizer wears out over time, which causes changes in chemical stability of energetic materials. One of the classical methods for determination the chemical stability is the Bergman-Jung method, which has two subgroups. This paper presents comparative analyses for twelve NC and five NCD gunpowder. Namely, both subgroups are based on the calculation of the volume of nitric oxide gases, but the difference between them depend on the method of collecting and determining released gases.
化学稳定性的经典方法:粉末分析的比较
火药的主要成分是硝化纤维素。为了减缓催化分解过程,主要稳定剂二苯胺用于单基火药和推进剂。另一方面,稳定剂会随着时间的推移而磨损,从而导致含能材料的化学稳定性发生变化。测定化学稳定性的经典方法之一是伯格曼-荣格法,它有两个亚类。本文对12种NC和5种NCD火药进行了对比分析。也就是说,这两个亚组都是基于对一氧化氮气体体积的计算,但它们之间的差异取决于收集和确定释放气体的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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