[建模]关于2013CST电缆工作室中的电缆辐照计算求解器的设置

RT，按照附件中的算例在2013 CST电缆工作室中仿真线缆的辐照时，现在就是求解器跟算例中不一样，不知道该怎么办，也不知道跟版本不同有没有关系。希望有 .. PX|=(:(k  
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第一张图片是我仿真的时候出现的界面，irradiation是灰的，第2张图片是算例中给出的截图

With this dialog box you can switch between three different coupling types for CS co-simulation. The dialog box will be active as soon as you have activated CST CS co-simulation inside the Transient tab. \,W.0#D8v4  
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The following settings are available: RpQ*!a~O  
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Bi-directional: a bi-directional co-simulation interacting between the circuit simulator of DS and the field simulator of MWS is started. yM$J52#d#  
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Uni-directional Radiation: a co-simulation between DS and MWS is started. The fields caused by the cables will influence the 3D field simulation in MWS. Additional field effects in 3D will not change the behavior of the cable simulation. Z-Wfcnk  
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Uni-directional Irradiation: a co-simulation between DS and MWS is started. The results of the 3D field simulation in MWS will be considered in the circuit simulation as additional voltage sources in unshielded cables. The fields caused by the cables will have no effect on the 3D field simulation. * UcjQ
  

非常的谢谢，后来我自己发现了这个设置问题，还是感谢你了。

12we12:With this dialog box you can switch between three different coupling types for CS co-simulation. The dialog box will be active as soon as you have activated CST CS co-simulation inside the Transient tab.
The following settings are available: 77*v-8c
 
....... (2015-03-28 20:50)  k`{RXx  

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谢谢你了，昨晚发完帖子没多久自己发现了这个设置问题。

12we12:With this dialog box you can switch between three different coupling types for CS co-simulation. The dialog box will be active as soon as you have activated CST CS co-simulation inside the Transient tab.
The following settings are available: c5T~0'n  
....... (2015-03-28 20:50)  LV[66<T  

m2-fi*Mgg  
不知道你是不是知道关于最后求解线缆终端电压比较小，就是数量级在-11（估计就是没求出来），这样的问题知道么？

12we12: G!lykk]  
With this dialog box you can switch between three different coupling types for CS co-simulation. The dialog box will be active as soon as you have activated CST CS co-simulation inside the Transient tab.
The following settings are available: ;@\JscNJ|  
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不知道你是不是知道关于最后求解线缆终端电压比较小，就是数量级在-11（估计就是没求出来），这样的问题知道么？不知道是不是平面波激励源设置还是那个2Dmodeling里的设置有问题

线缆的终端感应电压大小与入射平面波角度、极化方式，线缆长度有关， q3:' 69  
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如入射为高斯脉冲，终端电压频谱分布就是这样的。 ~-zC8._w3r  

12we12: lw7wvZD  
线缆的终端感应电压大小与入射平面波角度、极化方式，线缆长度有关，
如入射为高斯脉冲，终端电压频谱分布就是这样的。 gxF3gM  
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假如我想要获得如图这样一个激励源设置，该怎么设置啊，激励源库里没有，是不是得自己把数据导进去？就是在那个User defined