电磁炮

  • electromagnetic gun;Railgun;electromagnetic cannon
电磁炮电磁炮
  1. 电磁炮主要包括导轨炮、线圈炮和重接炮。

    Electromagnetic gun includes rail gun , coil gun and reconnection gun .

  2. 轨道-线圈复合型电磁炮交叉作用研究

    Study on the Cross Interaction of Rail-coil Combined Electromagnetic Gun

  3. 介绍了一种针对人体消化道微型工程药丸的磁定位跟踪系统产品外观外观计研发过程。电磁炮的弹丸最后可能会安装一些翼面,目的是为了接收GPS信号和完成气动控制。

    The development of the product design of magnetic locating and tracking system of human alimentary canal engineering capsule was introduced . Projectiles will probably eventually have fins for GPS control and navigation .

  4. 仿真结果表明,在实际可用的电压范围内,电容驱动型轨道电磁炮的轨道长度可选择在15m以内;利用电容驱动型轨道电磁炮可以实现对大质量物体的发射。

    The simulated results show that the length of rail within 15 meter is suitable , and it is feasible to launch a heavy body by the rail gun .

  5. 可控新电源,节能好助手。新型电感储能型电磁炮脉冲电源拓扑

    Circuit Topology of A New Inductive Storage Pulsed-Power Supply to Drive Railgun

  6. 楞次定律实验验证&电磁炮

    The test of Lenz law experiments & electromagnetic gun

  7. 轨道式电磁炮电源设计与分析

    Design and analysis of power supply for electromagnetic railguns

  8. 电磁炮是利用电磁力将弹丸加速到高速度,使电源电能转换为物体动能的新概念武器。

    Electromagnetic gun is a new kind of weapon which accelerate projectile to high speed by electromagnetic force .

  9. 目前电磁炮发射的都是动能弹丸,把引信应用于电磁炮发射的高爆弹中,其应用的研究还处于起步阶段。

    Study about the use of fuze in high-Bomb projectile launched by electromagnetic gun , the application is still in early stages .

  10. 本文归纳出飞机、导弹和电磁炮进行发汗冷却及其控制研究的三个发展阶段,由此抽象出活动边界分布参数系统控制问题。

    This is a survey paper on the transpiration cooling control problems appeared in the engineering design of plane , guided missile and electromagnetic gun .

  11. 文章分析了电磁炮用作武器特别是防御武器的优点及发展成新一代防御武器的可能性。

    The advantages of the electromagnetic gun and the possibility to form a new type of defensive weapon system based upon the electromagnetic gun are analyzed .

  12. 通过对脉冲功率电源电路参数和电磁炮参数的分析,建立了两者之间的关系方程并对电源电路进行了设计。

    Analyzing the circuit parameters of pulse power source and the parameters of EM gun , an equation concerning the two kinds of parameters was obtained and the source circuit was designed .

  13. 电磁轨道炮三维瞬态涡流场的有限元建模与仿真

    Finite Element Analysis of 3D Transient Eddy Field in Electromagnetic Railgun

  14. 电磁轨道炮导轨和电枢中的焦耳热分析

    Rail and Armature Joule Heating of an Electromagnetic Rail Gun

  15. 等离子体电枢电磁轨道炮电枢电弧长度的测量

    Study of the Plasma Armature Arc Length Measurement in Plasma Armature Railguns

  16. 旋转磁通压缩脉冲发电机驱动电磁轨道炮实验

    Experiments of electromagnetic launchers driven by the passively rotated flux compressed pulsed alternator

  17. 电磁轨道炮信号控制处理系统的研究

    A Study of Signal Control and Data Acquiring System of the Electromagnetic Railgun

  18. 电磁轨道炮技术;

    Electrothermal gun ( 4 ) Electromagnetic launcher ;

  19. 一种新型电磁轨道炮的设想

    Concept of a novel multistage railgun launcher

  20. 固体电枢电磁导轨炮非稳态电磁效应

    Unsteady Electromagnetic Effect on Solid Armature Railguns

  21. 原理性电磁轨道炮的实验研究

    Experimental studies on the test electromagnetic railgun

  22. 电磁轨道炮及其应用

    Electromagnetic railgun and Its Applications

  23. 介绍了被动式旋转磁通压缩发电机和电磁轨道炮的基本原理。

    Basic principles of the passively rotated flux compressed pulsed alternator and electromagnetic launchers have been presented .

  24. 文章最后以电磁轨道炮为例,求出电流密度分布,并比较两种方法的结果。

    As an example the eddy current problems in electromagnetic railgun are used to validate the described method .

  25. 本文介绍了电磁轨道炮的工作原理,原理性实验装置和实验结果。

    The principle , experimental arrangement and related results of the test electromagnetic railgun are described in this paper .

  26. 根据麦克斯韦方程和热传导方程,建立电磁导轨炮固体电枢二维非稳态计算模型。

    According to Maxwell and heat transfer equations , the2D unsteady computational models of electromagnetic railgun solid armature was built up .

  27. 电磁轨道炮的电磁发射器利用强脉冲电流在强磁场中受到的巨大洛仑兹力,为弹丸提供发射速度。

    Electromagnetic railgun has an electromagnetic emitter which provides original velocity to the projectile through power of Lorentz force on impulse current .

  28. 关于电磁轨道炮的研究,可以分为电磁效应、力学效应及新型材料三个领域。

    The researches of electromagnetic rail gun can be separated into three fields : electromagnetic effect , mechanics effect and new materials .

  29. 电能是电磁轨道炮的能量来源,所以具有高储能密度和快速充电特性的脉冲功率电源也得到了迅速发展。

    As the sources of Rail Guns , energy has been also growing rapidly because of its high energy density and fast charging .

  30. 电磁轨道炮的研究过程中,轨道电枢的电压测量对于研究电枢在轨道内的运动规律具有重要的意义。

    In the Electromagnetic rail gun research process , armature voltage measurement is of important meaning for the research of armature movement in the rail .