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首页> 外文期刊>Journal of Electromagnetic Waves and Applications >Numerical analysis of scattered power from a layer of random medium containing many particles of high dielectric constant - Application to the detection of a water content of soil - Abstract
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Numerical analysis of scattered power from a layer of random medium containing many particles of high dielectric constant - Application to the detection of a water content of soil - Abstract

机译:包含许多高介电常数粒子的随机介质层散射功率的数值分析-在土壤水分检测中的应用-摘要

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摘要

This paper shows the scattering cross sections of a random medium which is a simple model of moist soil by analyzing a dense medium radiative transfer equation (DMRT). The parameters in the DMRT, the extinction rate and the scattering coefficient, are calculated by a multiple scattering method called our method in this paper. Our method is valid for particles with high dielectric constant like water drops. Characteristics of the scattering cross section are made clear by changing the fractional volume of water and the incident angle, polarization of incident waves. We discuss the possibility of detection of a water content in this approach by using the characteristics of the scattering cross section. [References: None]
机译:通过分析稠密介质的辐射传递方程(DMRT),本文显示了随机介质的散射截面,该介质是潮湿土壤的简单模型。 DMRT中的参数,消光率和散射系数是通过一种称为我们的方法的多重散射方法来计算的。我们的方法适用于像水滴一样具有高介电常数的颗粒。通过改变水的体积分数和入射角,入射波的极化,可以清楚地表明散射截面的特征。我们讨论了通过使用散射截面的特征以这种方法检测水含量的可能性。 [参考:无]

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