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The effect of rotation and translation upon the scattered EM fields of a conducting cylinder

机译:旋转和平移对导电圆柱体散射电磁场的影响

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The scattering of an H-wave by a circular cylinder, infinite in length and comprised of a very good conductor, is investigated when simultaneously rotating and translating. First order approximations of the Lorentz transformation and Franklin transformations are used to investigate the effect of translation and rotation, respectively, upon the H-wave scattered field of the conducting cylinder. Taken together, it is seen that both phase and magnitude of the scattered field are significantly affected, producing additional information about the complex, dynamic scattering body. This work extends previous efforts to characterize with higher fidelity the signals returned to a radar system from moving, complex platforms, especially those with onboard, dynamic scattering mechanisms.
机译:当同时旋转和平移时,研究了无限长且由非常好的导体组成的圆柱体对H波的散射。 Lorentz变换和Franklin变换的一阶近似分别用于研究平移和旋转对传导圆柱体H波散射场的影响。综上所述,可以看到散射场的相位和大小都受到显着影响,从而产生了有关复杂的动态散射体的附加信息。这项工作扩展了先前的工作,以更高的保真度来表征从移动的复杂平台(尤其是带有机载动态散射机制的平台)返回到雷达系统的信号。

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