摘要
从热爆炸理论出发 ,推导了炸药临界热点参数的计算公式 ,计算了TNT、B炸药和EAKR分子间炸药等几种熔铸炸药的热点尺寸和临界点火温度 ,将这些计算结果分别与 10kg落锤和 40 0kg大落锤测定的撞击感度实验值进行了比对 ,结果表明临界热点参数的计算较好地说明了这几种炸药的感度排序。
This paper was an attempt to investigate the possibility of estimating qualitatively or quantitatively the impact sensitivity of melt cast explosives by thermal explosion theory. With the formulations deduced from thermal explosion theory to calculate the critical initiation conditions of explosive such as temperature and size of hot spots,the critical initiation parameters of TNT, Comp.B and EAKR intermolecular explosives were calculated,and the calculation results were in good agreement with the experimental impact sensitivity data obtained experimentally from 10 kg hammer and 400 kg heavier hammer impact tests respectively.
出处
《含能材料》
EI
CAS
CSCD
2003年第3期127-129,共3页
Chinese Journal of Energetic Materials
关键词
爆炸力学
热点
撞击感度
热爆炸
TNT
分子间炸药
熔铸炸药
explosion mechanics
hot spot
impact sensitivity
thermal explosion
TNT
Comp.B
intermolecular explosive
