Simulation of Detonation in High Explosives with Aluminum Particles

LISA ORTH-FARRELL; HERMAN KRIER

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Simulation of Detonation in High Explosives with Aluminum Particles

机译：铝粉炸药在高炸药中的爆轰模拟

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摘要

Previous studies of the non-ideal behavior of condensed explosives with metal particle additives have shown that the explosives' behavior is different than that predicted by equilibrium codes. Generally lower detonation velocities and pressure are measured, although under many circumstances an increase in performance of metallized explosives is measured.

机译：以前对带有金属颗粒添加剂的浓缩炸药的非理想行为的研究表明，炸药的行为不同于平衡规范所预测的行为。尽管在许多情况下可以测量金属化炸药性能的提高，但通常测量的是较低的爆速和压力。

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来源
《Combustion Science and Technology》 |2000年第2000期|p.69-88|共20页
作者
LISA ORTH-FARRELL; HERMAN KRIER;
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原文格式 PDF
正文语种 eng
中图分类热力工程、热机;
关键词
Detonation; Numerical Simulation;

机译：爆震数值模拟;

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专利

1. Comparison of post-detonation combustion in explosives incorporating aluminum nanoparticles: Influence of the passivation layer [J] . W. K. Lewis, C. G. Rumchik, M. J. Smith, Journal of Applied Physics . 2013,第4期

机译：掺有铝纳米颗粒的炸药中爆炸后燃烧的比较：钝化层的影响
2. The Role of Aluminum In the Detonation and Post-Detonation Expansion of Selected Cast HMX-Based Explosives [J] . Virginia W. Manner, Steven J. Pemberton, Jake A. Gunderson Propellants, Explosives, Pyrotechnics . 2012,第2期

机译：铝在某些基于HMX的铸造炸药的爆炸和爆炸后膨胀中的作用
3. Modelling detonation of heterogeneous explosives with embedded inert particles using detonation shock dynamics: Normal and divergent propagation in regular and simplified microstructure [J] . Brandon A. Lieberthal, John B. Bdzil, D. Scott Stewart Combustion theory and modelling . 2014,第2期

机译：使用爆震冲击动力学模拟具有嵌入惰性粒子的非均质炸药的爆轰：规则和简化微观结构中的正态传播和发散传播
4. Pressure Measurements of Aluminized Explosives Detonation Front with Different Aluminum Particle Size [C] . Hongbo Pei, Qingjie Jiao, Zhaoxin Jin International Conference on Advanced Engineering Materials and Technology . 2013

机译：用不同的铝粒度爆炸前部的铝化炸药压力测量
5. Shock physics of non-ideal detonations for energetic explosives with aluminum particles. [D] . Orth, Lisa Ann. 1999

机译：含铝颗粒的高能炸药的非理想爆炸的冲击物理学。
6. Improving the Explosive Performance of Aluminum Nanoparticles with Aluminum Iodate Hexahydrate (AIH) [O] . Jennifer L. Gottfried, Dylan K. Smith, Chi-Chin Wu, -1

机译：六水合碘酸铝提高铝纳米颗粒的爆炸性能
7. Predicting localisation of aluminum particles during the post-detonation phase of metallized high explosives [O] . J. Suarez, S. Courtaud, G. Baudin, 2020

机译：金属化高爆炸后爆炸后铝颗粒定位预测

Simulation of Detonation in High Explosives with Aluminum Particles

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