[互助]仿真天线时HFSS应该使用什么端口激励，求解方式

最近在看60GHz的论文，对其中一个比较感兴趣想自己仿真下，由于之前没用过HFSS，仿真过程中遇到不少疑问。 -Je+7#P1  
First question：solution type 的选择 .+y#7-#6  
我的见解：从HFSS的帮助文件中可以查看到，HFSS官方对三种SOLUTION TYPE 的解释如下 *)`:Nm~y  
Driven Modal Solution {1o=/&  
Choose the Driven Modal solution type when you want HFSS to calculate the modal-based S-parameters of passive, high-frequency structures such as microstrips, waveguides, and transmission lines. The S-matrix solutions will be expressed in terms of the incident and reflected powers of waveguide modes. (/%}a`2#o  
Driven Terminal Solution QwhP
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Choose the Driven Terminal solution type when you want HFSS to calculate the terminal-based S-parameters of multi-conductor transmission line ports. The S-matrix solutions will be expressed in terms of terminal voltages and currents. z#y<QH  
Eigenmode Solution -I -wdyDr  
Choose the Eigenmode solution type to calculate the eigenmodes, or resonances, of a structure. The Eigenmode solver finds the resonant frequencies of the structure and the fields at those resonant frequencies. ZrTq)BZ  
所以我个人认为对于天线这种能量的转化结构，尤其是微带天线而言，s参数是以能量的形式表达的，所以应该用模式驱动（Modal solution） thh, V  
Second Question：应该选用什么样的端口激励，包括波端口，集总端口等等 )YZ41K5N  
我的见解：个人虽然看了对这两种端口的解释，对于他们的区别还是不太清楚，只 .. 1xw},y6T2  
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