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Non-zero divergence D field in the RF module
Posted Jun 8, 2011, 5:37 a.m. EDT 0 Replies
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I am solving a TM scattering problem in the RF module. In particular I use "RF module -> In-plane waves -> TM waves -> Harmonic propagation".
I need to solve the inhomogeneous Maxwell equation, so I need to consider a current density vector into the Maxwell-Ampère equation and the relative charge density into the Gauss law for the D field.
It is quite easy to Include the current density vector into the Maxwell-Ampère equation in the weak form. Unfortunately it is not easy at all to include a charge density term in the Gauss law for the D field. No matter what I do, the code always impose that div D=0.
Could you help me to get out of this impasse?
Thank you very much in advance.
Giuseppe
Hello Giuseppe Toscano
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