毫米波双极化微带天线的设计方法分析

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1、Abstractslot-coupledantenna,meanwhilethepurposeofthismethodistobroadenthebandwidth.Atlast,theimpedancebandwidthoftheantennaisextendedfrom2.64GHzto3.99GHz.Thefeasibilityofthismethodisconfirmed.Keywords:millimeterwave,dual-polarization,microstripantenna,slot-coupled,cp

2、w,geneticalgorithm-III-万方数据目录目录摘要..........................................................................................................................IABSTRACT.......................................................................................................

3、.........II第1章绪论...........................................................................................................11.1课题背景及研究目的和意义.....................................................................11.2国内外研究现状................................................

4、........................................31.2.1国外研究现状.............................................................................................41.2.2国内研究现状............................................................................................71.2.3国内外文献简析.....

5、...................................................................................71.3本文主要研究内容及结构.........................................................................81.3.1本文主要研究内容..................................................................................

6、..81.3.2本文章节安排............................................................................................9第2章共面波导馈电的毫米波天线.....................................................................102.1基本原理...................................................................

7、..............................102.1.1共面波导馈电..........................................................................................102.1.2缺陷地结构..............................................................................................112.2共面波导馈电的天线单元的设计.........

8、...................................................122.2.1共面波导馈电的毫米波天线单元基本形式..........................................122.2.2提高隔离度的