雷达与对抗2024,Vol.44Issue(1) :10-14.DOI:10.19341/j.cnki.1009-0401.2024.01.003

基于抛物方程模型的对海超视距雷达参数优化方法

Parameter optimization method based on parabolic equation model for surface OTH radars

周亮 陆赢 房善婷
雷达与对抗2024,Vol.44Issue(1) :10-14.DOI:10.19341/j.cnki.1009-0401.2024.01.003

基于抛物方程模型的对海超视距雷达参数优化方法

Parameter optimization method based on parabolic equation model for surface OTH radars

周亮 1陆赢 1房善婷1
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作者信息

  • 1. 中国船舶集团有限公司第八研究院,南京 211153
  • 折叠

摘要

电磁波传播效应对海面雷达的探测性能、参数选择等具有显著影响.基于抛物方程模型,利用雷达回波感知当前大气环境,并评估当前大气电波传播性能,据此对雷达参数进行优化,在雷达系统中形成环境-任务-参数之间的实时匹配,以此增强目标回波强度,从而实现雷达探测威力增程,对超视距雷达的研究设计具有重要意义.

Abstract

The propagation effect of electromagnetic waves has a significant impact on the detection performance and parameter selection of surface radars.Based on the parabolic equation model,ra-dar echoes are used to sense the current atmospheric environment and evaluate the current atmos-pheric wave propagation performance.The radar parameters are optimized to form real-time matc-hing between environment-task-parameters in the radar system to enhance the target echo intensi-ty,expanding the radar detection coverage,which is of great significance to the research and design of OTH radars.

关键词

蒸发波导/多径效应/低空探测/雷达参数优化

Key words

evaporation duct/multipath effect/low-altitude detection/radar parameter optimization

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出版年

2024
雷达与对抗
南京船舶雷达研究所

雷达与对抗

影响因子:0.158
ISSN:1009-0401
参考文献量6
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