铁磁目标周围磁场异常特征及目标方位分析

Z. Rong, Ding Libo
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引用次数: 0

摘要

在作战环境中,目标位置的有效探测是精确制导弹药研究的重要内容之一。在地磁场的作用下,铁磁性金属靶体周围会产生磁场畸变。基于这种磁现象,本文对地磁场和地面目标进行了建模和仿真,分析了目标周围磁场畸变的特征,并总结了目标周围磁场特征与其位置的相关规律,为后续目标方位识别提供了数据依据。基于磁特性识别目标位置,可以促进弹药在飞行过程中及时调整姿态,以最佳方式起爆,最大限度地集中火力毁伤目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Anomaly characteristics of magnetic field around ferromagnetic target and target azimuth analysis
In the combat environment, the effective detection of target position is one of the important contents of precision guided munition research. Under the action of the geomagnetic field, magnetic field distortion will be generated around the ferromagnetic metal target. Based on this magnetic phenomenon, this paper models and simulates the geomagnetic field and ground targets, analyzes the characteristics of magnetic field distortion around the target, and summarizes the characteristics of the magnetic field around the target and its location The correlation law of, provides data basis for subsequent target orientation recognition. Recognizing the position of the target based on the magnetic characteristics can promote the timely adjustment of the ammunition's attitude during the flight, detonate in the best way, and maximize the concentration of firepower to damage the target.
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