1) Condensed explosive
凝聚相炸药
1.
In order to understand the mechanism and factors of firelight radiating from explosion of condensed explosive,theoretical analyses on mechanism of radiation in each phase of explosion of condesed explosive were proceeded.
为弄清凝聚相炸药爆炸火光现象的形成机制及影响爆炸发光现象的相关因素,对凝聚相炸药爆炸过程中存在发光现象的各阶段发光机制进行了理论分析,用文献试验结果分析了影响爆炸发光强度的因素。
2.
The main researches were as follows: By the underwater test results of condensed explosive, the optimized test conditions and the .
通过对凝聚相炸药水下爆炸能量的测试，确定了在小水池中测试炸药能量的最佳条件及能量计算的修正参数。
2) condensed explosive
凝聚炸药
1.
Lagrange method was used to simulate the process of condensed explosive initiation by percussion.
对凝聚炸药撞击起爆过程进行了Lagrange算法的数值模拟,建立了二维轴对称及三维非线性有限元模型。
2.
An improved Eulerian method is constructed to numerically simulate the detonation course in the condensed explosives.
建立了一种改进的Eu ler方法来数值模拟凝聚炸药的爆轰,化学反应率采用Lee-Tarver的点火成长模型。
3) initiation of the condensed explosive
凝聚炸药起爆
4) heterogeneous condensed explosives
非均质凝聚态炸药
1.
In the detonation field, the shock initiation phenomenon (SIP) for heterogeneous condensed explosives (HCE) is a leading research subject.
在爆轰学研究领域中,非均质凝聚态炸药的冲击起爆研究是一个前沿性的研究课题。
5) gel explosive
凝胶炸药
1.
With macromolecule containing water and oxidant added in,perfusion gel explosive may have a certain of power and brisance with a suitable charge diameter.
对14/7和22/1两种单基发射药灌注成型为凝胶炸药进行了初步的试验研究,并对生成的凝胶炸药进行了威力和猛度测试。
6) PB-HMX
聚奥炸药
补充资料：凝聚相干扰
分子式：
CAS号：
性质：在凝聚相中伴生元素与待测元素发生了化学反应，从而引起待测元素分析信号降低的现象。伴生元素的阴、阳离子状态均可引起干扰，它们对待测元素起了抑制作用。
CAS号：
性质：在凝聚相中伴生元素与待测元素发生了化学反应，从而引起待测元素分析信号降低的现象。伴生元素的阴、阳离子状态均可引起干扰，它们对待测元素起了抑制作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条