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Microwave scattering model for two dimensional fractal sea water based on double debye dielectric model

机译:基于双德拜电介质模型的二维分形海水微波散射模型

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In this paper, we build an improved model of microwave scattering for two dimensional fractal sea water. Based on the double Debye dielectric model, both the geometrical fractal characteristic and permittivity characteristic of sea water is more strictly considered. In our model, the effect of salinity and temperature on the microwave scattering by sea water is added on precisely. Finally, the calculated results from our model agree with experimental results in terms of backscattering coefficient of sea water with no more than 2dB error, which present higher precision than the model based on the single Debye dielectric model and other traditional models. Therefore, using this model, we can obtain the whole microwave scattering characteristic of sea water.
机译:在本文中,我们建立了二维分形海水微波散射的改进模型。基于双重德拜电介质模型,更严格地考虑了海水的几何分形特性和介电常数特性。在我们的模型中,精确地添加了盐度和温度对海水微波散射的影响。最后,我们模型的计算结果与海水反向散射系数的误差不超过2dB的实验结果吻合,与基于单个Debye介电模型和其他传统模型的模型相比,其精度更高。因此,使用该模型,我们可以获得海水的整个微波散射特性。

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