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Expandable shipboard decoy including adequate RCS by using trihedral corner reflectors

机译:通过使用三面角反射器,可扩展的舰船诱饵包括足够的RCS

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The purpose of this study is to design expandable shipboard decoys by using right angle trihedral corner reflectors (TCRs). It is expected that they show larger radar cross section values than the ships themselves in X-band. Due to practical impacts, they should be made of lightweight materials in rational dimensions. Furthermore it must be realised in expandable structure. Hence, some kind of conductive textiles are used as the base material. The subject covers two different types of scenarios in specific angular sectors and suitable configuration is proposed for each. In each scenario, various types of TCR configurations are introduced to find the best response. Simulations are performed by CST Microwave Studio software tool based on geometrical theory of diffraction method. The optimum configurations of geometrical models with limited dimensions are evaluated based on actual measured data. The simulated and measured results are in very good agreement.
机译:这项研究的目的是通过使用直角三面角反射器(TCR)设计可扩展的船上诱饵。可以预计,它们在X波段的雷达横截面值会比船舶本身更大。由于实际影响,它们应由合理尺寸的轻质材料制成。此外,必须以可扩展的结构来实现。因此,某种导电纺织品被用作基础材料。该主题涵盖了特定角度扇区中的两种不同类型的场景,并针对每种场景提出了合适的配置。在每种情况下,都会引入各种类型的TCR配置以找到最佳响应。使用CST Microwave Studio软件工具基于衍射方法的几何理论进行仿真。根据实际测量数据评估尺寸受限的几何模型的最佳配置。仿真和测量结果非常吻合。

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