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Cross-polarized RCS computation with the vector parabolic equation method

机译:具有载体抛物线方程方法的交叉偏振RCS计算

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摘要

The parabolic equation (PE) method is derived from the wave equation, and it has been widely used to solve electromagnetic wave propagation problems. In recent years, it was realized that the PE method can also be applied to scattering problems. The PE method meets the demand for higher efficiency and accuracy at the same time when there are limited computational resources. In this paper, both co-polarized and cross-polarized bistatic RCS of the electrically large targets can be calculated by the vector PE method.
机译:抛物线方程(PE)方法来自波动方程,已广泛用于解决电磁波传播问题。近年来,意识到PE方法也可以应用于散射问题。 PE方法在计算资源有限的同时符合更高效率和准确性的需求。在本文中,可以通过载体PE方法计算电大靶的共偏振和交叉偏振双体RC。

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