介绍了钝感传爆药JHB - 1的配方研究过程。
The research process of insensitive booster composition JHB-1 is introduced.
在分析炸药冲击起爆理论的基础上，设计了环形和环锥形传爆药柱装药结构。
Based on an analysis of the shock initiation theory of explosives, the annular structure booster pellet and the annular conical structure booster pellet were designed.
实验结果表明：1多点起爆条件下环形传爆药柱的起爆威力较圆柱形提高约57%。
Experimental result shows: 1 on the condition of multi-point explosive, capacity of annular booster explosive is higher than that of cylinder by about 57%.
本文利用 751G型紫外分光光度计测定了钝感高能传爆药中多硝基聚苯撑的含量。
The content of polynitropolyphenylene in an insensitive and highly energetic booster explosive is determined using a 751G ultraviolet spectrophotometer.
目的研究一种新型传爆药结构，该结构的传爆药能在较少药量情况下保证主装药的可靠引爆。
Aim a kind of new structure of booster pellet is studied, which can be sure to initiate large main charge explosive under the condition of less explosive quantity.
利用轴向钢凹实验方法对新结构传爆药柱与常规圆柱形传爆药柱的起爆威力进行了对比实验。
Experiments of the initiation capacity of the new structure and that of the conventional cylindrical structure were made through steel block method.
为了提高传爆药柱起爆钝感弹药的能力，根据冲击波汇聚技术原理设计了环形传爆药装药结构。
In order to improve the ability of booster pellet to initiate the insensitive ammunition, the annular booster pellet is designed based on the technique of shock wave focusing.
为了提高传爆药柱起爆钝感弹药的能力，根据冲击波汇聚技术原理设计了环形传爆药装药结构。
In order to improve the ability of booster pellet to initiate the insensitive ammunition, the annular booster pellet is designed based on the technique of shock wave focusing.
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