同时对于爆轰产物采用了JWL状态方程，并将空气简化成理想气体。
At the same time, for the detonation products, the JWL state equation is adopted, and the air is approximately regarded as the ideal gas.
根据作用于药型罩的爆轰产物运动规律可以确定射流初始的运动学参数。
According to the characteristics of motion of products from cartridge case detonation, the initial motive parameters of jet can be determined.
讨论了爆热、爆轰产物的等熵方程和物态方程，试澄清这方面的一些疑点。
In this paper, it attempts to clarify some doubtful points existed currently which are related to detonation heat, isentropic equation and equation of state of detonation product.
根据光学测温原理，介绍了如何在实验中用高温计实现爆轰产物温度的测量。
According to the principle of optical temperature measurement, how to use a pyrometer to measure the temperature of detonation products in experiment is described.
通过对圆筒试验二维爆轰数值模拟，标定了含铝炸药爆轰产物JWL状态方程参数。
With two dimensions numerical simulations of the cylinder tests, the parameters of JWL equation of state detonation product of the aluminized explosives were determined.
在共轭爆轰模型中，阵面激发化学反应释放出的能量，使得爆轰产物粒子朝不同的方向运动。
In conjugate detonation model, chemical reaction is initiated by the shock wave front, and the released energy makes the particles of explosion products move in different directions.
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。
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.
美国科学家做了这样的检验，但由于缺乏对爆轰产物物态方程的了解，没有能得出肯定的检验结论。
They did not give positive conclusion due to lack of the knowledge of the equation of state of the product.
同时提出爆轰产物向空气飞散时，计算飞板运动可以只采用P -M流动解作初始参数的新方法。
At the mean time, the new method of the calculation of the flyer plate motion, which only USES the P-M flow solution as the initial parameters, is given as the explosive products flying towards air.
设计了一种含铝炸药爆轰产物导电式螺线型爆磁压缩发生器，分析其运行过程，得出等效电路模型。
A modified design of helical flux compression generator utilizing detonation products to compress flux was proposed, whose running process and equivalent circuit were acquired.
CJ和ZND模型中的有序假设，即爆轰产物粒子朝着同一方向作有序运动的假设，决定了终点熵最低和不处于热力学平衡态。
The order assumption in CJ and ZND models, which considers all particles of detonation products march orderly in one direction, implies low entropy and thermodynamic non-equilibrium.
CJ和ZND模型中的有序假设，即爆轰产物粒子朝着同一方向作有序运动的假设，决定了终点熵最低和不处于热力学平衡态。
The order assumption in CJ and ZND models, which considers all particles of detonation products march orderly in one direction, implies low entropy and thermodynamic non-equilibrium.
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