应用特征基函数法和渐近波形估计技术分析了二维多导体目标的电磁散射特性。
The asymptotic waveform evaluation technique is an efficient for analyzing method wide-band electromagnetic scattering.
计算结果表明渐近波形估计技术与矩量法结合可以逼近矩量法逐点计算的结果，且计算效率大大提高。
The numerical results are in good agreement with the results achieved by the method of moments at each frequency or any incident angle, while the computational efficiency is considerably improved.
计算结果表明：渐近波形估计技术不但能准确地逼近矩量法的精确数值解，还可以较快的提高计算速度，但在加速计算导体宽角度与宽频域雷达散射截面时具有不同的效果。
The computation results indicate that the AWE technique not only can well approximate the exact numerical solution, but also improve the velocity of calculation and save the calculation time of CPU.
本文基于渐近波形估计（AWE）技术和矩量法（MOM）快速预测无限大导体平面上任意形状凹槽的散射场方向性函数。
The method of moments (MOM) combining with the asymptotic waveform evaluation (AWE) technique is used to predict scattering fields of an arbitrarily shaped groove in a perfectly conducting plane.
将渐近波形估计（AWE）技术应用于分层微带结构宽带响应的快速计算，避免了逐频点计算；
To avoid computing point by point, the AWE is applied to the MoM solution of microstrip structures in multiplayer media for efficient evaluation of the frequency response over a broadband.
将渐近波形估计（AWE）技术应用于分层微带结构宽带响应的快速计算，避免了逐频点计算；
To avoid computing point by point, the AWE is applied to the MoM solution of microstrip structures in multiplayer media for efficient evaluation of the frequency response over a broadband.
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