2003Guidance and FuzeRequires access

Method of Improving Fuze Warhead Matching Efficiency of Non-self Contained Guidance Weapon System

Shulin Wang

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Abstract

A method to improve fuze warhead matching efficiency of non-self guidance weapon system is introduced as follows: based on pulsed Doppler fuze, the relative velocity will be firstly obtained before missile-target encountering, then missile-target distance and the relative miss azimuth are obtained by signal processing during missile-target encountering, finally adaptive delay time is determined through looking up the table and initiation signal can be output.

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What this paper is about

A method to improve fuze warhead matching efficiency of non-self guidance weapon system is introduced as follows: based on pulsed Doppler fuze, the relative velocity will be firstly obtained before missile-target encountering, then missile-target distance and the relative miss azimuth are obtained by signal processing during missile-target encountering, finally adaptive delay time is determined through looking up the table and initiation signal can be output.

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Available abstract

A method to improve fuze warhead matching efficiency of non-self guidance weapon system is introduced as follows: based on pulsed Doppler fuze, the relative velocity will be firstly obtained before missile-target encountering, then missile-target distance and the relative miss azimuth are obtained by signal processing during missile-target encountering, finally adaptive delay time is determined through looking up the table and initiation signal can be output.

Key concepts: Fuze, Warhead, Missile, Weapon system, SIGNAL (programming language), Azimuth, Engineering, Matching (statistics)

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