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1·An electromagnetic model for multilayer planar structure with single slot was built in spectral domain.

建立了带单槽孔多层平面结构场分布的谱域电磁模型。

2·And a detailed analysis of the spectral domain Green's function transformed into the spatial Green's function is obtained.

并详细分析了将谱域格林函数转换为空域格林函数的过程。

3·The calculation done by the formula is simple and fast, and the results agree well with these calculated by spectral domain analysis.

该公式计算速度快，计算结果与谱域法计算结果吻合较好。

4·An element with mixture structure of waveguides and planar dielectric layers is analyzed using spectral domain approach and eigenfunction technique.

本文用谱域法结合本征函数技术分析了波导平面混合结构天线单元。

5·A novel spectral domain approach was adopted to derive higher-order tensor impedance boundary conditions (HOTIBC) for anisotropic coated planar conductor.

在求解各向异性介质涂敷物体的电磁散射中，采用高阶各向异性阻抗边界条件可以简化求解过程，提高近似解的精度。

6·Influence of the shielding box on the propagation and dispersion characteristics of microstrip has been analyzed by the spectral domain immittance approach.

本文用谱域导抗法分析了微带线的特性，研究了屏蔽盒对微带线传播特性和色散特性的影响。

7·Compared with spectral domain admittance approach, this method is clear in both physical and mathematical senses and may be applied to a variety of structures.

与谱域导纳法相比，这种方法物理意义明确并具有普遍性。

8·In order to improve the tomographic image resolution of complex multi-layer objects, a complex spectral domain optical coherence tomography (CSD-OCT) system is established.

为了提高复杂多层样品层析图像的分辨率，构建了复谱频域光学相干层析成像(CS OCT)系统。

9·Applying the full wave analysis for aperture coupled microstrip antennas, the spectral domain integral equations are founded and solved numerically by the method of moments.

本文利用全波分析，建立了口径耦合微带天线的谱域积分方程，并用矩量法求其数值解。

10·Radar imaging must obtain an extent of target spatial spectral-domain sampling, and the filling of spatial spectral domain is in direct connection with the quality of imaging result.

雷达成像需要获得目标空间谱域一定范围和密度的采样以重建目标图像，目标空间谱域的填充方式与雷达成像的质量有直接关系。