Equation of state of insensitive high explosives
Equation of state of insensitive high explosives
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发表时间：
1998-08
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通讯作者：
F. Ree;M. Thiel;J. Viecelli
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作者：
F. Ree;M. Thiel;J. Viecelli
用含氟粘合剂配制的钝感高能炸药的爆炸产生大量的冷凝碳和气态HF产物，其随着压力的增加转化为CF{sub 4}。前者（碳凝聚）的特点是缓慢的能量释放，而后者（HF）没有激波数据。我们已经确定，这两个项目是关键因素，这使得可靠的预测钝感炸药的性能非常困难。本文介绍了物理模型来解决这些问题，并应用模型来分析LX-17的实验数据。
Detonation of an insensitive high explosive formulated with a fluorine containing binder produces a large amount of condensed carbon and gaseous HF product, which transforms into CF{sub 4} as the pressure is increased. The former (carbon condensation) is characterized by slow energy release, while the latter (HF) has no shockwave data. We have identified that these two items are the key factors, which make reliable prediction of the performance of an insensitive high explosive very difficult. This paper describes physical models to address these issues and apply the models to analyze experimental data of LX-17.