介绍了发射装药发射安全性研究进展。
This paper focuses on the advance in study on launch safety for gun propellant charge.
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.
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.
本文的试验研究结果提供了一些改善发射装药起始燃烧过程稳定性的重要信息。
This experimental investigation can provide some significant information that will improve the stability of combustion of propelling charge in its initial stages.
设计了一种大口径火炮发射装药点传火系统的模拟试验装置，用于测定大口径火炮装药点传火实体的燃烧特性。
A simulation testing device of the ignition system for large caliber propellant charging was designed to measure the combustion characteristics of the system.
为了研究对流和辐射对内含环形空气间隙的某火箭发射装药的非稳态温度场的影响，对装药温度场进行了数值模拟。
In order to study effects of convection and radiation on unstable temperature field of rocket charge with annular clearance in the interior, the charge temperature field was simulated.
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.
利用室内模拟装置研究了带疵孔TNT装药的发射安全性。
The launching safety of TNT charge having cavities has been studied by use of simulation devices.
压制火炮中，模块装药以其模块化的装药结构特征及模块材料参与发射过程的装药组成特征，不同于传统的装药方式。
In the gun howitzers, the modular charges are different from the traditional charges in the characteristics of the modularized charge construction and the compositions of modular materials.
通过对火炮膛内压力-时间曲线的再处理，研究发射药的气体生成强度，进而分析发射药装药的物理燃烧规。
In this paper, gas generating strength of propellant charge was studied on basis of retreating for bore pressure time curve, and physical firing law of propellant charge was analysised.
本文通过对炸药装药在火炮内发射的研究，建立能模拟火炮发射力学环境的装置及相应的研究炸药装药在膛内早炸的模拟弹，证实了装置模拟的可行性及模拟弹与实弹发射的相似律，从而建立起模拟实验系统。
Based on a study of an explosive charge launching in the gun, a device and the corresponding projectile that can simulate the mechanical environment of the cannon upon launching have been established.
本文介绍了标准抛放弹的装药结构，标准抛放弹用发射药的类型、药型、装药量及装填密度。
This paper describes the charge configuration of a typical cartridge, and the type, shape, charge weight and charge density of the propellant with which a typical cartridge is charged.
采用新型有机硅降蚀剂装药性能稳定、燃烧完全性好，是一种适用于轻武器、具有低烧蚀特性的发射药装药。
The charge with new organic silicon reducing erosion has obvious properties of low ablation, steady and complete combustion and is suitable for the small caliber weapons.
采用新型有机硅降蚀剂装药性能稳定、燃烧完全性好，是一种适用于轻武器、具有低烧蚀特性的发射药装药。
The charge with new organic silicon reducing erosion has obvious properties of low ablation, steady and complete combustion and is suitable for the small caliber weapons.
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