1) 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。
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) Water gel explosive
水胶炸药
1.
The thermal decomposition of water gel explosives has been investigated by means of non-isothermal TG at various rates and parties of kinetics parameters of the reaction for water gel explosives are calculated by Ozawa’s method.
利用非等温TG在不同线性升温速率下研究了水胶炸药的热分解特性,用Owaza法处理了实验数据,得到了部分热分解动力学参数。
2.
The thesis makes analysis and research on the safety properties of water gel explosive and emulsion explosive containing obsolete propellant in the process of production and use.
文章对含退役火药的水胶炸药、乳化炸药在生产和使用过程中的安全性进行了分析和研究。
3.
In this paper,some new types of emulsion explosive and water gel explosive using waster propellant as an ingredient has been described in the aspects, such as researching principle, manufacture, and explosive properties.
文章介绍了几种含退役火药的乳化炸药和水胶炸药 ,简述了其研制原理、制备方法和爆炸性能。
4) water-gel explosive
水胶炸药
1.
A high density water-gel explosive was prepared by 700g aluminum nitrate,199g carbamide and 300g explosive RDX.
利用700 g硝酸铝、199 g尿素和300 g黑索金为原料制成高密度的水胶炸药,该炸药在爆炸罐中爆轰合成出了纳米氧化铝。
2.
According to the manufacturing technique and safety demand for water-gel explosives,automatic control system is adopted in such procedures as neutralization,mixing and product-finishing,which effectively improves production efficiency and the quality of products, and enhances the safety factor in production.
针对水胶炸药的生产工艺及安全要求,在中和、混合、成品等工序采用自动化控制系统,有效提高了生产效率,提升了产品质量、增加了生产中的安全系数。
3.
The explosion properties of a water-gel explosive and an emulsion explosive after subjected to shock compression have been studied.
对水胶炸药和乳化炸药在冲击波作用后的爆炸性能作了对比实验研究,结果表明水胶炸药的抗压性能明显优于乳化炸药,分析认为造成这种差别的原因是两种炸药不同的结构组分和敏化方式。
5) gelignite
[英]['dʒelɪɡnaɪt] [美]['dʒɛlɪg'naɪt]
胶棉炸药
6) nitrogelatin
胶棉炸药
补充资料：BCS凝聚能（BCScondensationenergy）
BCS凝聚能（BCScondensationenergy）
一般将T=0K时的超导基态能量Es(0)与正常态费米球分布能量En(0)之差称BCS凝聚能。由BCS理论给出：
Es(0)-En(0)=-N(0)Δ2(0)/2
由此可知，Es(0)＜En(0)，能隙2Δ(0)的出现，系统将从正常态转入超导态而发生超导相变。
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