2010•Journal of Projectiles.Rockets.Missiles and GuidanceRequires access

Research on Ship-to-air Missile Miss Distance against an Anti-ship Missile of Snake Maneuver

Xingbao Yang

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Abstract

For analyzing effect of some factors on the ship-to-air missile miss distance against anti-ship missile of snake maneuver,the 3-D movement simulation models for both missiles were built.The simulation results prove that the main reasons affecting miss distance are radius,section distance,target altitude,course-shortcut,radome slope,turning rate and control system time constant,control system order.The achievements of this paper are believed to benefit the analysis of fighting efficiency and combat employment.

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What this paper is about

For analyzing effect of some factors on the ship-to-air missile miss distance against anti-ship missile of snake maneuver,the 3-D movement simulation models for both missiles were built.The simulation results prove that the main reasons affecting miss distance are radius,section distance,target altitude,course-shortcut,radome slope,turning rate and control system time constant,control system order.The achievements of this paper are believed to benefit the analysis of fighting efficiency and combat employment.

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Available abstract

For analyzing effect of some factors on the ship-to-air missile miss distance against anti-ship missile of snake maneuver,the 3-D movement simulation models for both missiles were built.The simulation results prove that the main reasons affecting miss distance are radius,section distance,target altitude,course-shortcut,radome slope,turning rate and control system time constant,control system order.The achievements of this paper are believed to benefit the analysis of fighting efficiency and combat employment.

Key concepts: Missile, Aeronautics, Missile guidance, Marine engineering, Turning radius, Engineering, Aerospace engineering, RADIUS

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