1) Insensitive booster explosive
钝感传爆药
2) insensitive explosive
钝感炸药
1.
Based on references,synthesis methods of insensitive explosive TATB are summarized.
根据国内外文献,综述了钝感炸药TATB的合成方法,介绍了几种含氯TATB改进的合成方法,着重讨论采用不同原料和路线合成无氯TATB的进展,特别介绍了利用氢的VN S直接胺化法合成TATB的原理和有关工艺路线,包括反应原材料、物料配比、胺化剂及其加入方式、淬灭反应的方法对产物得率、粒度、纯度和表观形貌的影响。
2.
Based on the insensitive principle,cohering principle and the influence of the proportion of ingredient on the safety,a new kind of insensitive explosive is developed with PETN as primary material and with wax,polyisobutylene and black lead as desensitizers and adhesives.
充分考虑了钝感机理、粘结机理和组分配比对安全性的影响特性,研制了一种以PETN为主体,蜡、石墨、聚异丁烯为钝感剂与粘结剂的新型钝感炸药,进行了冲击波感度、机械感度以及火烤特性试验。
3.
In order to explore new insensitive explosives,composites based on 3-nitro-1,2,4-triazol-5-one(NTO) were reviewed.
研究表明:NTO是一种能量高、安全性好、成本低并与常用材料相容的钝感炸药,以其为主体的配方在能量方面可超过B炸药,并且能够通过钝感弹药试验,因而有利于提高弹药的本质安全和威力。
3) insensitive high explosives
钝感炸药
1.
A new reaction rate model for simulating the detonation process of the insensitive high explosives;
计算钝感炸药爆轰过程的一种新反应率模型
2.
The shock-to-detonation transition (SDT) of insensitive high explosives (IHE) is researched in this paper.
本文主要介绍了钝感炸药的冲击起爆过程。
4) insensitive ammunition
钝感弹药
1.
In order to meet the requirement of insensitive ammunition,the concave-spherical booster pellet and hemispherical booster pellet are designed based on shock initiation theory,and the initiation capacity of the new booster pellet structure is compared with that of the regular cylinder booster pellet.
为了适应钝感弹药对传爆序列提出的新要求,根据炸药冲击起爆理论,研究了凹球形和半球形两种新结构传爆药柱,并对两种新结构传爆药柱与普通圆柱形传爆药柱的起爆威力进行了实验对比。
2.
The origin and importance of insensitive ammunition are expounded and the developing history and the current situation in western countries headed by the United States are introduced.
阐述了钝感弹药的概念、由来及重要意义,介绍了以美国为首的西方国家钝感弹药的发展简史及现状,分析了我国钝感弹药的发展状况及制约我国钝感弹药发展的原因。
5) Insensitive high explosive
钝感炸药
1.
Numerical simulation for overdriven and shocking-to-detonation transition of insensitive high explosives;
钝感炸药的超压爆轰与冲击起爆过程数值模拟
2.
The local normal detonation speed Dn of insensitive high explosive is closely relative to the local total curvature κ.
钝感炸药爆轰波法向速度Dn与当地曲率κ密切相关,为研究这种非理想行为,测量了-30℃下直径为10、12。
3.
The modified JWL equation of states(EOS) of the products and Hybrid reaction model are used to obtain the matching relation between artificial viscosity and mesh size of PBX9502 of insensitive high explosives and are compared with(other) reaction models.
本文采用修正的JWL产物状态方程和Hybrid反应率,导出了钝感炸药PBX9502的人为粘性系数与空间步长的匹配关系。
6) deterred propellant
钝感火药
1.
Aim To study the physical and mechanical properties of energy increased deterred propellant.
结论所研究的增能钝感火药能有效地增加能量，改善基体火药与钝感层的粘结强度，具有重要的工程应用价值。
2.
Aim To study the actual combustion law of deterred propellant charge in bore.
研究钝感火药装药膛内的实际燃烧规律。
补充资料：感传
1.中医指针刺时感觉沿经络而传导。
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