发射药

fā shè yào
  • propellant powder;gun propellant
发射药发射药
发射药[fā shè yào]
  1. 某100mm火炮发射装药性能分析

    Performance Analysis of Propelling Charge of a 100 mm Gun

  2. 利用模拟弹道炮进行了普通中心点火系统和LVD中心点火系统对发射装药的点火一致性研究。

    The ballistic simulator was used to make experiments of ignition simultaneity of the normal centre core ignitor and the LVD centre core ignitor to propellants .

  3. 远射程发射装药与模块装药

    Propelling Charge and Modular Charge Systems for the Extended Firing Range

  4. 低温感发射装药发射的或然误差

    Probable Error of Fire for the Low Temperature Sensitivity Propellant Charge

  5. 火炮发射装药主药包布的研究与设计

    Research and Design on Artillery Launching Powder Cloth for Main Cartridge Bags

  6. 对发射装药引起膛炸机理的讨论

    Discussion About Mechanism of Breech - Blow Caused by Gun Propellant Charge

  7. 控制发射装药燃气生成规律的一种方法

    A Method of Propellant Charge Technique to Control the Gas Generation Rate

  8. 对流和辐射对某火箭发射装药非稳态温度场的影响

    Effect of Convection and Radiation on Unstable Temperature Field of Rocket Charge

  9. 火炮发射装药结构与膛内纵向压力波

    Configurations of gun propelling charge and the longitudinal pressure wave along the bore

  10. 球扁药应用于大口径火炮高装填密度发射装药

    The Application of Oblate Spherical Powder to High Loading Density Gun Propellant Charge

  11. 火炮发射装药实时温度模拟测量法

    The real-time temperature analogous measurement of gun charge

  12. 减小高装填密度发射装药膛内压力波的实验研究

    Experimental Study on Reducing the Pressure Wave of Gun Propelling Charge with High Loading Density

  13. 迅速发展的密实发射装药技术

    Rapid Development of Consolidated Propelling Charge Technology

  14. 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 .

  15. 大口径火炮发射装药点火过程三维效应实验研究

    An experimental investigation on three-dimensional effect of ignition process of propellant charge in large caliber guns

  16. 我国至今无法评定发射装药的发射安全性。

    Up to the present , launch safety of gun propellant charge can not be evaluated in our country .

  17. 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 .

  18. 高装填密度装药是发射装药技术的重点发展方向之一。

    The propellant charge technology which has high loading density is a key direction in the area of propelling charge .

  19. 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 .

  20. 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 .

  21. 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 .

  22. 承担某火箭发射装药的相似体的研制任务,设计出了满足药温测量精度要求的相似体。

    Being in charge of developing heat transfer similar model of a rocket charge , the author has devised one which meets the temperature measuring need .

  23. 药温(发射装药温度)是影响武器射程的重要诸元,其测量结果对射击精度产生很大的影响。

    Charge temperature is an important parameter influencing firing distance of a gun or a rocket and its measuring result greatly affects the firing accuracy of weapons .

  24. 发射装药发射安全性数十年来一直是倍受国内外兵器界广泛关注的重大难题。

    The problem of launch safety of propellant charge has become a big puzzle , which was greatly concerned by weapon experts all over the world for many years .

  25. 结果表明,射角变化、初速误差、发射时药温变化、弹道上横风对同样转数的飞行距离影响较小;

    The result shows that the effects of variation of departure angle , initial error , variation of propellant temperature and crosswind on distance were less under the conditions of equal spin-number .

  26. 新型电发火件是用于新型特种系列弹发射装药的电发火元件,工作于复杂的电磁场环境中。

    A new type of electric igniter is used as an electric element for igniting the propellant charge of the new and special shell series , which suits to operate in electro-magnetic enviroment .

  27. 发射装药发射安全性问题严重制约了现代火炮性能的提高,已成为武器专家和力学家关注的世界性难题。

    Launch safety problem of gun propellant charge badly restricts to improve the performances of modern gun , has already become to a worldwide difficulty that are paid attention by weapon experts and dynamicists .

  28. 本文旨在获得发射装药发射安全性判据,并以此为基础建立发射安全性评定方法,为科学评价发射装药的发射安全性提供理论依据和试验方法。

    In order to provide theoretical foundation and test method to identifying launch safety for gun propellant charge scientifically , this paper focuses on obtaining the criterion for launch safety of gun propellant charge , and based on which , founding a method evaluating launch safety for gun propellant charge .