摘要
利用作者研制的快速反应（爆轰）光谱探测技术研究了五种常用猛炸药快速反应最终产物光谱。研究表明，随着炸药负氧平衡值的增加，最终产物H2O的含量也增加；同样随着炸药中碳含量的增加CO2量增加，固体C2也明显增多。它能为爆轰产物法合成金刚石选用主炸药提供有参考价值的数据。实验值与BKW方程计算值进行了比较，其趋势是一致的。为微观研究炸药粉快速反应提供了一个较简便而行之有效的方法。
The spectra of terminal products from five general high explosives are studied by using detonation spectrum technique developed by the authors. The results show that H2O increases with negative oxygen balance increasing. The CO2 increases with the increasing of carbon content in the explosive, and C2 raises too. It provides some useful data for selection donor explosive used to synthesize diamond by detonation product method. Comparing the measured data with ealculating values from BKW equation, the results are similar. It shows that the monochrometer technique is an effective, economic and convenient method for study microscopic mechanism of explosive fast reaction.
出处
《光学学报》
EI
CAS
CSCD
北大核心
1996年第4期426-429,共4页
Acta Optica Sinica
基金
中国工程物理研究院科学基金
关键词
谱仪
微观机理
炸药
爆轰
monochrometer, microscopic mechanism, explosive
