摘要
舰载导弹电磁垂直发射器是在电磁发射技术基础上发展起来的新概念发射装置,具有良好的共架发射能力和隐身性能。以舰载电磁垂直发射系统建模问题为重点,提出了一种由螺旋线圈和圆盘线圈组成的同时驱动电枢的混合弹射方式。通过分析电磁垂直发射器的基本原理,明确了系统功能和组成,采用理论分析、建模仿真相结合的方法建立发射器的数学模型,对电路、运动和动力分别进行研究,并进行了仿真计算。仿真结果表明:该方法可行、有效,能为舰载导弹电磁垂直发射器的工程化提供有效的技术支持。
The electromagnetic vertical launcher for shipborne missile （EMVLSM） is a new concept launcher that based on the electromagnetism launching technique foundation. It can use on the aircraft carrier and destroyer, the launcher uses the magnet coil launching technique to change the electric energy to the kinetic energy of armature and delivers to the missile, compared the traditional launcher, it can store up the missile that can launch the various qualities by way of the progression or power supply to adjust the drive coil, and possesses good altogether frame emissive ability and the stealth function. The paper researches the simulation on EMVLSM. By analyzing the basic principle of the electromagnetism vertical launcher, the paper definite the function and component of the system, and builds the mathematical model by simulation and academic analysis, studies respectively to circuit, motion and motive force, then carry out simulation calculation. It can provide the active technology support for the engineering of the EMVLSM.
出处
《兵工自动化》
2015年第9期18-21,共4页
Ordnance Industry Automation
关键词
电磁垂直发射器
导弹
系统
模型
electromagnetic vertical launcher
missile
system
model
