一种ka频段圆极化喇叭天线仿真与测量

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1、华中科技大学硕士学位论文目录摘要............................................................................................................(I)ABSTRACT.................................................................................................(II)1概述.............................................

2、.............................................................(1)1.1研究背景及意义..................................................................................(1)1.2圆极化天线概述..................................................................................(3)1.3圆极化喇叭天线的研究现状...............

3、...............................................(5)1.4本文主要内容与结构安排..................................................................(6)2圆极化原理及天线重要性能参数.........................................................(8)2.1圆极化波的特性与参数...............................................................

4、.......(8)2.2天线的重要性能参数........................................................................(12)3波导圆极化器概述和原理...................................................................(20)3.1介质插片式圆极化器........................................................................(20)3.2隔板式圆极化器.....

5、...........................................................................(22)3.3金属膜片式圆极化器........................................................................(25)3.4螺钉式圆极化器................................................................................(26)4圆极化喇叭天线仿真.............

6、..............................................................(28)4.1圆极化喇叭单元天线指标要求........................................................(28)4.2圆极化器方案选择............................................................................(28)4.3圆极化喇叭天线仿真.......................................

7、.................................(28)4.4仿真参数对结果的影响分析............................................................(31)4.5仿真优化结果....................................................................................(36)4.6KA波圆极化喇叭单元天线实物图..................................................(38

8、)III华中科技大学硕士