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远程弹头机动突防方案初步研究 被引量:5

An Investigation of A Maneuvering Long-Range Warhead's Capability to Break through the Antimissile System
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摘要 提出了战略弹头机动突防的思想,研究了弹头轴向及法向机动时拦截弹进行成功拦截所需过载的计算方法,通过算例说明了弹头法向机动方案能够大大提高弹头的突防性能,并指出采用这种方案后,通过导航制导控制规律的设计还有可能提高弹头的落点精度。 In this paper, the maneuvering project for a longrange warhead to break through the antimissile system is proposed. The needed overloads for a kinetic kill vehicle to intercept the maneuvering warhead when it has a velocity increasing either along its original velocity direction or the perpendicular direction are studied, and also some examples are presented. It illustrates that the maneuver for a longrange warhead does greatly decrease the intercepted probability of a kinetic kill vehicle, and it also points out the potential advantage for the warhead to drop down more accurately when the guidance formulas and control laws are properly designed. 
出处 《飞行力学》 CSCD 2003年第3期32-35,40,共5页 Flight Dynamics
关键词 导弹防御系统 拦截弹 机动空防 弹头 maneuvering warhead missile defense system kinetic kill vehicle break through the antimissile system
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参考文献4

  • 1Kenneth P Werrell. Hitting a bullet with a bullet[R].College of Aerospace Doctrine, Research and Education Air University,2000.
  • 2Brian R Strickland,Dimitrios P Lianos. A midcourse multiple kill vehicle defense against submunitions[R]. AIAA-97-3907,1997.
  • 3Campbell J G. Divert propulsion system for army leap kill vehicle[R]. AIAA-93-2637,1993.
  • 4Arthur H Weiss. Status of the first leap space flight test[R]. AIAA-92-1069,1992.

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