1·The diameter effect, failure diameter and critical detonation velocity theoretically obtained are in good agreement with experimental results.
直径效应和熄爆直径的理论计算结果与实验结果相吻合。
2·The manufacturing technology of seismic charge with high detonation velocity containing single base propellant and double base propellant is researched.
研制含单基药、双基药的高爆速震源药柱+，并对其制造工艺进行了研究。
3·A method of simultaneously measuring detonation velocity and temperature, or detonation pressure and temperature by optical technique is presented in this paper.
本文介绍了一种用光电技术同时测定爆速和爆温、爆压和爆温的方法。
4·In multilayer explosive welding of amorphous foils, the regular ripple shape geometry may appear on the surface of foils under certain grancing detonation velocity.
在非晶薄箔的多层爆炸焊接中，箔的表面在一定的滑移爆轰速度下会出现规则的波纹形状。
5·The curve showing the relationship between predetonation distance and charge density is U-shaped and the detonation velocity rises linearly as change density increases.
诱导爆轰距离与装填密度之间呈“U”型曲线关系，稳态爆速与装填密度之间近似呈线性增长关系。
6·Thus an analytic formula with two parameters of high explosive (i. e. detonation velocity and polytropic index) for estimation of the velocity of flying plate is established.
从而给出了用爆速和多方指数等两个炸药示性参量表出的估算飞片运动的良好近似公式。
7·The structure and performance of the low detonation velocity and elongated source charge are designed and introduced, and explosive mechanism for the charge is also analyzed in this paper.
文章设计和介绍了低爆速细长震源药柱的结构和性能特征，并分析了该细长药柱的爆炸激发机制。
8·As an example, the distribution of the detonation pressure, density, particle and sound velocity along the detonation profile are given for TNT.
以TNT为例进行了计算，给出了其爆轰波内压力、密度、流速和声速等参数的分布。
9·These are tentatively explained from ZND model. The numerical results show that the adjacent medium affects the velocity and the shape of the detonation front nearby the node.
计算结果显示，毗邻介质影响节点附近的爆轰波阵面形状及爆轰波速度；
10·Under this critical condition, the cellular pattern, the velocity and maximum pressure along the wall and the wave evolution of marginal detonation were obtained.
在此临界条件下，获得了临界爆轰胞格结构、沿壁面的速度和峰值压力曲线及流场波系演变特征。