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The Work Course Simulation of Electromagnetic Coil Vertical Launcher for Missile

机译:导弹电磁线圈垂直发射器的工作课程仿真

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Through putting forward one kind of magnet coil launcher model of new structure; expound the basic component and the work principle of this launcher, built the mathematical model of this launcher work course. Through the dynamic simulation for its work progress, we get the electromagnetism that current and launch package are received power, speed and displacement etc. Comparatively analyzing the influence through changing system stored energy and to the system operating and the progression of launch coil. The result indicates: launching the coil possesses the better acceleration capability than the drive coil; Launching the speed of package energetically has the influence to electromagnetism, and along with the increase of speed, launches the electromagnetism that the package is received energetically reducing more greatly; Suitable change system stored energy can realize the vertical launch of missile with progression that launches the coil.
机译:通过提出新结构的一种磁线圈发射模型;阐述了这个发射器的基本组成部分和工作原理,建立了这个发射工作课程的数学模型。通过动态模拟的工作进展,我们得到了电流和发射封装的电磁,速度和位移等的电磁机,速度和位移等相对分析了通过改变系统存储的能量和系统运行和发射线圈进展的影响。结果表明:发射线圈具有比驱动线圈更好的加速能力;大力发射包装速度,对电磁影响有影响,随着速度的增加,推出电磁识别,即封装在大力地减少的情况下更大地接受;合适的变化系统存储能量可以实现导弹的垂直发射,推出线圈的进展。

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