The ignition threshold of laser supported detonation wave (LSDW) can be determined based on the component variation of plasma in the laser absorption zone with laser power density.
根据激光吸收区等离子体组分与激光功率密度的关系判定激光支持爆轰波(LSDW)的点燃阈值。
It is considered that about 42.5% of the total energy is consumed at the close zone because of the existence of a high pressure caused by detonation product in the cavity.
分析结果认为，大约总能量的42.5%消耗于近区，主要是因为空腔内爆轰产物的高压所致。
The main works of this paper are about the measurement of the detonation temperature and the internal structure of reaction zone of explosives, which are summarized as follows: 1.
本文主要从以下几个方面对高能炸药爆温及反应区结构进行了研究：1。
The pressure of the detonation reaction zone is also wavy.
爆轰反应区实际总的压力也呈波状分布。
The size of the roughly hemispherical destruction zone that results depends on the yield of the weapon, the detonation depth and the composition of the ground.
大致呈半球形的破坏区域，大小依核弹的当量、引爆深度和土壤质地而定。
The size of the roughly hemispherical destruction zone that results depends on the yield of the weapon, the detonation depth and the composition of the ground.
大致呈半球形的破坏区域，大小依核弹的当量、引爆深度和土壤质地而定。
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