借助于时域信号流图提出一种重建有耗多层媒质的新方法。
A new method to reconstruct the lossy multi-layered media is presented by using a time domain signal flow graph technique.
接着引入输入波阻抗的概念，把理论推广到多层媒质的情况。
The concept of input wave impedance is introduced in order to generalize the developed theory to multi-layer medium cases.
本文给出多层媒质中水平和垂直电、磁偶极子的谱域标量位和矢量位格林函数的一般表达式，并验证了其正确性。
The spectral domain Green's functions of scalar and vector potentials for vertical and horizontal electric as well as magnetic dipoles in multi-layered medium are presented and verified.
并且以典型色散媒质为例，对不同形状色散目标及多层色散媒质柱体目标的时域散射特性进行数值模拟与分析。
The scattering of several objects with different shape and complex objects formed with multi-layer dispersive media are simulated.
并且以典型色散媒质为例，对不同形状色散目标及多层色散媒质柱体目标的时域散射特性进行数值模拟与分析。
The scattering of several objects with different shape and complex objects formed with multi-layer dispersive media are simulated.
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