2013CST電纜工作室中的電纜輻照計(jì)算求解器的設(shè)置

RT，按照附件中的算例在2013 CST電纜工作室中仿真線纜的輻照時(shí)，現(xiàn)在就是求解器跟算例中不一樣，不知道該怎么辦，也不知道跟版本不同有沒(méi)有關(guān)系。希望有知道的指點(diǎn)一下。

附件: 叢書(shū)15-算例18：悍馬車線纜EMP輻照敏感度（RS）仿真.pdf (915 K)

第一張圖片是我仿真的時(shí)候出現(xiàn)的界面，irradiation是灰的，第2張圖片是算例中給出的截圖

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:
Bi-directional: a bi-directional co-simulation interacting between the circuit simulator of DS and the field simulator of MWS is started.
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.
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.

非常的謝謝，后來(lái)我自己發(fā)現(xiàn)了這個(gè)設(shè)置問(wèn)題，還是感謝你了。

謝謝你了，昨晚發(fā)完帖子沒(méi)多久自己發(fā)現(xiàn)了這個(gè)設(shè)置問(wèn)題。

不知道你是不是知道關(guān)于最后求解線纜終端電壓比較小，就是數(shù)量級(jí)在-11（估計(jì)就是沒(méi)求出來(lái)），這樣的問(wèn)題知道么？

不知道你是不是知道關(guān)于最后求解線纜終端電壓比較小，就是數(shù)量級(jí)在-11（估計(jì)就是沒(méi)求出來(lái)），這樣的問(wèn)題知道么？不知道是不是平面波激勵(lì)源設(shè)置還是那個(gè)2Dmodeling里的設(shè)置有問(wèn)題

線纜的終端感應(yīng)電壓大小與入射平面波角度、極化方式，線纜長(zhǎng)度有關(guān)，
如入射為高斯脈沖，終端電壓頻譜分布就是這樣的。

假如我想要獲得如圖這樣一個(gè)激勵(lì)源設(shè)置，該怎么設(shè)置啊，激勵(lì)源庫(kù)里沒(méi)有，是不是得自己把數(shù)據(jù)導(dǎo)進(jìn)去？就是在那個(gè)User defined