口径耦合微带贴片 Aperture-coupled microstrip patch
At first, using the spectral-domain integral equation method, the aperture-coupled rectangular patch antenna, the aperture-coupled gridded patch antenna and the microstrip slot antenna with inclined slot are numerically analyzed respectively.
首先，本文利用谱域积分方程法，分别对口径耦合的矩形贴片天线、口径耦合分条贴片天线和具有任意斜缝的微带缝隙天线进行了全波分析和参数研究。
参考来源 - 用于有源集成的微带天线单元与双极化阵列So, in this paper, a new feeding method is proposed. It is a combination of aperture coupling from a slotted waveguide and coplanar feeding using series-fed microstrip line.
因此,在本文中提出一种对微带贴片天线阵馈电的新方法,它是由波导缝隙的口径耦合馈电和微带线串馈的平面馈电共同完成的。
参考来源 - 一种新型的波导馈电微带贴片天线阵的研究与设计·2,447,543篇论文数据，部分数据来源于NoteExpress
采用口径耦合馈电方式设计了一种宽带低剖面微带天线。
A broadband circularly polarized stacked microstrip antenna with low profile is presented.
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。
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.
为提高辐射效率和扩展工作带宽，对一种口径耦合馈电的多层介质高温超导微带天线进行了设计。
To increase the radiation efficiency and broaden the operation bandwidth, an aperture-coupled microstrip antenna of high temperature superconductor with multi-layer substrates is designed.
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