劳动，这是一切钝感的最好的医生。
石蜡并不是良好的钝感剂。
石蜡并不是良好的钝感剂。
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.
在解决能量与钝感问题上采用了高效复合钝感剂系统；
One type of high efficiency composite desensitizing agent system has been used to solve the problem of energy and desensitization.
利用密闭爆发器试验研究了大弧厚深钝感球扁药的定容燃烧性能。
The isovolumetric burning performance of deep deterred oblate spherical powder(DDOSP) with large web is investigated by the closed bomb test.
利用烟箱法枪口烟雾测试系统，研究了钝感剂种类和用量对枪口烟雾的影响。
A new method to measure gun muzzle smoke is adopt to investigate the influence of some gun propellant deterrents.
四唑属富氮且稳定性较好的化合物，。是目前研究较多的高能钝感含能材料。
Tetrazole is the unsaturated energetic heterocyclic compound with high nitrogen content and good stability leading to the high energy yet low sensitivity materials.
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.
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.
而静电感度则降低，当B/KNO3配比一定时，添加相同的粘结剂氟橡胶比添加酚醛树脂更钝感。
When the mass ratio of B/KNO3 keeps constant, the ignition powder adding fluorine rubber binder is less sensitive than that of phenol formaldehyde resin.
我只相信一条：灵感是在劳动时候产生的。……劳动，这是一切钝感的最好的医生。奥斯特·洛夫斯基。
I believe only a: inspiration is generated in the labor time...... labor, this is the best of all insensitive doctor. — Ostrovsky.
GUDN能量较高（接近RDX）、感度低（接近TATB）、 热稳定性好、相容性好，适用于推进剂、气体发生剂和钝感炸药。
Moreover, GUDN is compatible with usual additives used for energetic materials. It is expected that GUDN is applicable in propellant, gas generating composition and insensitivity explosive with a …
对动态斜坡法与升降法测试原理优缺点进行了比较，在动态斜坡法测试敏感和钝感型电火工品发火感度试验的基础上，结合与升降法试验结果的对比，对动态斜坡法进行了研究。
By comparing the advantage and disadvantage of ramp current with other methods, ramp current method and up-and-down method are used to test sensitivity of bridge-wire Electrical Initiating Device.
对动态斜坡法与升降法测试原理优缺点进行了比较，在动态斜坡法测试敏感和钝感型电火工品发火感度试验的基础上，结合与升降法试验结果的对比，对动态斜坡法进行了研究。
By comparing the advantage and disadvantage of ramp current with other methods, ramp current method and up-and-down method are used to test sensitivity of bridge-wire Electrical Initiating Device.
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