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Influence of Atmospheric Propagation in the Maritime BoundaryLayer on the measured RCS of Ships

机译:大气传播在海上边界层对船舶测量RC的影响

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Propagation in the maritime boundary layer is determined by the refractive index of the atmosphere above the sea. The refractivity is determined by a set of parameters, which characterize the atmosphere and the underlying medium, the sea surface. During experimental RCS measurements of ships the measured RCS is dependent on the actual propagation properties. To deduce calibrated and valid data these have to be taken into account. A simulation package was developed using the parabolic equation model TERPEM and the CAD based RCS simulation tool CADRCS which are merged to a general RCS model NAVRCS. The contribution describes the philosophy of the approach and discusses typical simulation results, which are compared with validation measurements.
机译:海滨边界层中的传播由海洋上方的大气的折射率决定。折射率由一组参数确定,其表征大气和底层介质,海面。在实验RC期间,船舶的测量测量的RCS取决于实际的传播特性。推断校准和有效数据,这些数据必须考虑到。使用抛物线方程模型TERPEM和基于CAD的RCS仿真工具CADRCS开发了模拟包,这些工具CADRC被合并到通用RCS Model Navrcs。该贡献描述了方法的哲学,并讨论了典型的模拟结果,与验证测量相比。

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