等离子体隐身条件下高超音速导弹的探测

Vangipurapu Lakshmi Harshitha, J. Baskaradas
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引用次数: 0

摘要

高超音速导弹是一种飞行速度超过5马赫(5倍音速)的导弹。携带核弹头或非核弹头的高超音速导弹不仅对国家构成威胁,而且对全球构成威胁。由于它们的高速度,产生的热量分解了大气中的分子,形成了被称为等离子体隐身的电离气体层。因此,对高超声速导弹的探测是一项非常具有挑战性的任务,但高超声速导弹的一些弱点使得对其的探测成为可能。等离子体隐身本身可以用来探测高超音速导弹。通过探测持续几毫秒的等离子体轨迹,高超音速导弹可以被探测到。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Detection of Hypersonic Missiles in presence of Plasma Stealth
The hypersonic missiles are the type of missiles which can travel above Mach 5 that is 5 times the speed of sound. The hypersonic missiles with nuclear or non-nuclear warheads causes threat not only nationally but also globally. Due to their high speed, heat is produced which breaks down the molecules in the atmosphere causing formation of ionized gas layer called as Plasma stealth. So, it is very challenging to detect hypersonic missiles but few vulnerabilities of hypersonic missiles make it possible for its detection. The Plasma Stealth itself can be used to detect the hypersonic missiles. By detecting the Plasma footprint which will last for few milliseconds, the hypersonic missiles can be detected.
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