该文的结果对固体火箭发动机装药结构完整性分析计算有重要的实用价值。
The results of this paper are of practical significance to grain structural integrity analysis and computation of solid rocket engines.
该技术和结果对装药结构完整性分析及推进剂储存寿命的研究有重要意义。
The paper will be useful to structural integrity analysis of grains and to a study of the service life of solid propellants.
从理论上导得了确定装药参数的公式。
After that, the formulae for determining charge parameter are deduced.
进行了聚能装药对钢筋混凝土的侵彻机理研究。
The mechanism of shaped charge penetrating reinforced concrete is researched.
在靠近如码头这类设施爆破时，装药量可以降低。
When blasting is close to such installations as quays, the charge can be reduced.
文中建立了震源药柱内装药配方设计的数学模型。
A mathematical model for the stoichiometrical design of seismic explosive columns is presented.
永冻层之下的土壤越硬，所需要的药室装药量也越大。
The harder the material under the permafrost is, the larger the chamber charge required .
因此，间隔装药可以在类似矿山爆破生产中推广应用。
Therefore, spaced charging can be popularized in the blasting of similar mines.
随行装药技术是一项与现有火炮结构相容的新型发射技术。
Tarveling charge technique is a new launching technique, which is consistent with the existing gun structure.
合理增加装药量、大幅度提高膛压是提高初速的基本方法。
Reasonably increasing charge mass and considerably increasing pressure are basic methods to improve muzzle velocity.
该方法融合了炮孔水压爆破和空气不偶合装药爆破的特点。
The method includes the characteristic of hydraulic pressure blasting and gas decoupling blasting.
综述美国和俄罗斯废弃火箭发动机装药绿色销毁与回收技术。
The green destruction and reclamation technology of obsolete rocket motor charge in America and Russia is summarized.
目的研究拉格朗日假设条件下随行装药的膛内压力分布规律。
Aim To study the rules governing pressure distribution of traveling charge under the condition of Lagrange hypothesis.
基于经典内弹道学理论，建立了序列装药的内弹道数学模型。
Based on the classical interior ballistic theory, a mathematics model of sequential charge was founded.
崩落则十分相似于梯段爆破，只不过所需的装药量比较大一些。
Stopping can very well be compared with bench blasting but requires considerably larger charges.
根据复杂的分装式混合装药的特点，建立起多相流内弹道模型。
In this paper, two-phase flow interior ballistic model is set up on the basis of the characteristics of complicated separate loading mixed charges.
指出装药药量及其在料仓中的位置是影响衬砌效果的重要因素。
It is presented that the weight of charge and its location are important influencing factors on lining effectiveness.
计算结果为分析火炮身管传热过程及发射装药安全性提供参考。
The calculation results can provide reference for heat transfer process analysis of gun barrel and safety of propellant charge.
实验结果表明，偏心不耦合装药在孔壁上形成明显的偏心应力场。
It showed that eccentric pressure is produced by eccentric decouple charge blasting on borehole wall.
试验结果表明，底部空气柱装药掏槽爆破效果优于常规装药效果。
Experimental results show that the cut blasting effect of bottom charge is better than that of conventional charge.
本文分析了露天矿深孔爆破长期沿用的连续装药结构存在的问题。
This paper analyses problems concerning the conventional continuous loading structure in open mining deep borehole blasting.
论述了新的装药结构-底部空气垫层装药结构的特点和爆破原理。
A new loading structure-bottom air cushion loading is described together with its specialities and blasting principle.
以空气垫层和水垫层为例介绍软垫层光面爆破装药结构爆破机理。
The blasting mechanism of smooth blasting soft mat layer charging construction (for example, air layer and layer) is introduced.
本文讨论了单室双推力星形装药固体火箭发动机的结构优化方法。
This paper presents a method of optimum design for single-chamber double-thrust solid rocket motors.
在建立火炮发射装药热传导模型基础上，采用相似原理对其进行了分析。
Basing on the heat conduct model of gun charge, the heat transfer of gun charge is analyzed with similarity criterion.
在试验的基础上，探讨了不偶合装药爆破效果与不偶合系数之间的关系。
In this paper, the relationship between blasting effects and decoupling coefficients is studied through experiments.
简要介绍了固体燃气发生器的设计，并给出燃气发生器装药的选取原则。
Additionally, the design of solid gas generator and the principles of gas generator propellant selection were given briefly.
介绍了一种岩石爆破定向破裂装药结构的破岩原理、制作方法及试验效果。
The splitting Mechanism, charge preparation and testing result of the loaded constitution of directional splitting in rock blasting are introduced.
针对加入硝酸铵胶液的不同装药体系，导出了爆炸性能参量的理论估算式。
Theoritical formulae for estimated parameters of detonation performance were derived for different charge filled with oxidant gel solution.
针对加入硝酸铵胶液的不同装药体系，导出了爆炸性能参量的理论估算式。
Theoritical formulae for estimated parameters of detonation performance were derived for different charge filled with oxidant gel solution.
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