激光起爆技术的能量起爆方式独特，具有常规电起爆无可比拟的优势。
Laser initiation has unexampled advantages due to its unique optical initiation mode by contrast with conventional electrical initiation way.
成功地将激光技术运用到弹射救生设备上，设计出一种新型的、高性能的能量传输子系统——激光起爆系统，并详细介绍了该系统的构造和检测试验结果。
Laser detonation system, a sort of brand new, high performance energy delivering subsystem has been designed, with laser technology used successfully in ejection life saving equipment.
这种模型能确定与炸药临界起爆相关的参数，诸如沉积的激光能量、烧蚀层和飞片的厚度以及飞片飞行的距离等等。
This model can be used to determine parameters related with critical initiation of explosive, such as deposited laser energy, thickness of ablation layer and flyer, flying distance and so on.
本文用一维激光热熔条件计算了与时间效应有关及无关的热应力值，从理论上证明自由振荡激光引爆机理是热起爆；
Through the calculation of thermal stress values, it has been affirmed that free oscillation laser ignition of the explosive is heating ignition.
另一起爆炸案发生在海得巴拉公园，当时，许多家庭正在欣赏一场激光表演。
The other blast was in a Hyderabad park where families were enjoying a laser light show.
把激光测距系统装配于末敏弹母弹，可以提高母弹开仓起爆高度的精确性，提高打击精度。
After assembling laser ranging system, it would enhance the precision of the opening altitude and increases the attack precision of the terminal phase sensitive ammunition.
把激光测距系统装配于末敏弹母弹，可以提高母弹开仓起爆高度的精确性，提高打击精度。
After assembling laser ranging system, it would enhance the precision of the opening altitude and increases the attack precision of the terminal phase sensitive ammunition.
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