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1)  gas gun
气炮
1.
The experimental technique of gas gun and its applications in earth- penetrating weapon tests are introduced.
简述了侵地武器的发展历史和现状 ,侵彻战斗部技术在精确制导武器中已被广泛应用 ,小爆炸威力侵地核武器的开发已经主要不是工程技术方面的问题 ;介绍了气炮实验技术及其在侵地武器研究中的应用 ,气炮模拟实验结果表明 ,岩土侵彻存在良好的力学相似关系 ,混凝土侵彻同花岗岩侵彻存在许多质的差异 ;介绍了一种通过侵深实验数据分析计算侵彻弹体加速度、速度和位移变化过程的方
2.
A 10mm calibre two stages light gas gun driven by a 57mm calibre compressedgas gun is introduced and its special feature is described.
介绍了一台57mm口径一级压缩气炮驱动的10mm口径二级轻气炮,并分析了这种气炮的特点。
2)  light gas gun
轻气炮
1.
Made use of the principle of high frequency heating up and computerized realtime data acquiring techenique, a set of system is found to heat up and to realtime measure the temperature of the target on the light gas gun .
利用高频加热的工作原理及计算机实时数据采集技术 ,在轻气炮靶室内建立了一套对靶体实现快速加热及温度实时监测的系统。
2.
One stage light gas gun as a loading device, laser velocity interferometer and manganin piezoresistance measurement as means of data collection are used in the experiment.
利用轻气炮作为冲击波加载设备 ,利用激光速度干涉仪和锰铜压阻法作为测量手段和方法 ,研究了HY 5和硼 /硝酸钾两种点火药在冲击波作用下界面的雨贡纽参数 ,还得到了两种点火药点火的临界冲击波压力近似
3.
By tracing the gas moving regularity after the projectile with Largrange approach and adopting Von Neumann Richtmyer Scheme, this paper simulates numerically the 1 D interior ballistic process of one stage light gas gun with shoulder of chamber and finite length chamber under the change of initial temperature and relative charge mass.
利用拉格朗日方法跟踪弹后工质的运动规律,采用VonNeumannRichtmyer差分格式对带有坡膛、有限药室长的一级轻气炮进行了内弹道一维数值模拟,对不同的工质,在初温及相对装药量变化的情况下进行了计算。
3)  air gun
气体炮
1.
An anvil is impacted by the bullet from an air gun and hence a certain.
通过气体炮发射的炮弹撞击砧块,使之获得一定的初速度,再 利用砧块的惯性对隔振器施加冲击载荷。
2.
The theory of simple waves and shock waves is applied to analyze the motions of air in the gun tube after the air gun is triggered and the maximal pressure at the buttom of the pill is derived.
运用简单波、冲击波理论,通过对气体炮打开后气体在发射管内的运动分析,给出作用在弹丸底部气体压力的最大值,根据冰雹弹丸的物理特性,提出进一步提高气体炮发射冰雹速度的方法。
4)  gas gun
气体炮
1.
A method of measuring dynamical characteristic parameters of shock-isolator with gas gun;
气体炮法测评抗冲元件的动态特性
2.
The gas gun is well applied in the ballistic environment simulation of weapons by its excellent performance.
气体炮以其优良的性能,在兵器弹道环境模拟领域得到了较好的应用。
3.
Based on the principle of the gas gun and its application in engineering, the feasibility and practical technology of the gas gun are analyzed, and the factors which effect the interior ballistics procedure are discussed.
根据气体炮的工作原理和特点 ,结合实际应用分析了气体炮理论的可行性和实用技术 ,计算分析了影响气体炮内弹道的因素 ,给出了实用的气体炮内弹道理论和技术。
5)  Air gun
空气炮
1.
Air gun-blockage cleaning machine for storage bin;
料仓清堵助流装置──空气炮的应用
2.
Application of air guns in the coke coal tower;
气炮在焦炉煤塔上的应用
3.
The hailstone impacting test system is constructed basing on the theory of air gun which energy is offered by compressed air.
冰雹撞击试验系统是以压缩空气为动力的空气炮原理构建的,在设计时系统参数选择决定了试验的成功与否,同样在试验阶段时也需要根据技术要求选择各参数。
6)  gas-gun
气体炮
1.
This system is designed with a gas-gun to accelerate hailstone,with which the hail will impact the craft surface with a high speed.
文中介绍了一种冰雹撞击试验系统的工作原理,即利用气体炮对冰雹弹丸加速,加速后的冰雹弹丸和飞行器产生高速撞击。
2.
Based on the principle and the characteristics of the gas-gun,the mathematical model of the interior ballistic is constructed and the practical interior ballistic equations of gas gun are derived.
根据气体炮的工作原理和特点,建立了其内弹道数学模型,推导了实用的气体炮内弹道方程的解法。
补充资料:采气工艺(见天然气开采工艺)


采气工艺(见天然气开采工艺)
gas production technology

  ,一‘J\匕乙吕天然气开采工艺pro以uetionteehnology)见
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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