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Hi,
Did you solve your problem? I have similar problem: calculate themperature evolution of nanostructure after pulse excitation with laser. I can calculate stacionar thermal distribution for such problem, but transient thermal solver doesn't calculate a proper result.
Anton.
Hi.
I never used critical angle. It's interesting to try) Now I use plane wave instead of ports and Transient solver. Could you upload your project? I'll try to run it.
Yes. I have some success in this domain. The main part of this simulation is using waveguide port as excitation signal. If the waveguide port define on the periodic boundary conditions then the first and the second modes are the plane waves with the perpendicular polarization. So the program...
could not set up plane wave excitation due to
How realize a plane wawe excitation of infinite dielectric half-space with a uniform plane wave in CST MWS? Such example have described on CST website (https://www.cst.com/Content/Applications/Article/Article.aspx?id=355) but I can't realize it...
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