﻿ 遥控武器站外形隐身设计方法
 舰船科学技术  2023, Vol. 45 Issue (20): 214-216    DOI: 10.3404/j.issn.1672-7649.2023.20.042 PDF

Stealth design method of remote control weapon station
XU Zhi-yuan
Zhengzhou Institute of Mechanical and Electrical Engineering, Zhengzhou 450000, China
Abstract: In order to improve the stealth performance of the remote control weapon station, two shape stealth design methods of full stealth and partial stealth are proposed according to the overall structure layout of the weapon station, and the corresponding stealth model is established. The stealth simulation calculation is carried out on the two models respectively and the RCS value, volume and weight of the two schemes are compared and analyzed synthetically. The results show that the maximum RCS value of the full stealth model is 0.32 m2, which has a large volume and weight. It is suitable for cases with high stealth index, large equipment space and insensitive to weight requirements. The maximum RCS value of the partial stealth model is 4.21 m2, which is small in volume and weight. It is suitable for cases with low stealth index, small equipment space and sensitive to weight requirements. The two design methods are applicable to different application scenarios and have theoretical reference value and engineering application value.
Key words: remote controlled weapon station     shape stealth     design technique
0 引　言

1 隐身设计方法

1.1 全隐身设计

 图 1 隐身防护罩模型 Fig. 1 Stealth Shield model

 图 2 隐身防护罩垂直极化与水平极化的RCS Fig. 2 The RCS of the stealth shield is vertically polarized and horizontally polarized
1.2 局部隐身设计

 图 3 枪管外露部分简化模型 Fig. 3 Simplified model of the exposed part of the barrel

 图 4 枪管外露部分垂直极化与水平极化的RCS Fig. 4 The exposed portion of the barrel is vertically polarized with the horizontally polarized RCS

 图 5 局部隐身简化模型 Fig. 5 Simplified model of local stealth

 图 6 局部隐身模型垂直极化与水平极化的RCS Fig. 6 The local stealth model polarizes the RCS vertically and horizontally
2 隐身方法分析

3 结　语

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