Dear Farhad, I am not an expert nor I have thoroughly read the referred article, but I believe the non-radiative fields should be exactly modelled by MEEP as long as they are a solution of the (source-free) Maxwell equations. You may, for example, define a metallic capacitor and a metallic inductor, connect them and you should obtain the realistic oscillation frequency of this LC circuit.
You might, however, find out it would be necessary to newly implement thermal emission and absorption. Maybe even some quantum phenomena would involve - but, for instance, the Casimir forces have been implemented in MEEP successfully so even this can be done. The article touches a quite interesting topic, by the way. Best wishes, Filip Dominec 2014/1/6, FARHAD KAZEMI <farhad...@yahoo.com>: > Dear all, > > I would like to model the radiation transfer between two plates > separated by nano-gap in which we have to bring near-field radiation > effects into account using fluctuational electrodynamics. > Does MEEP is capable of solve such problems? or we need to > manipulate the source C++ codes to introduce near-field equations? > In fact, I am trying to reproduce the results of the following paper. > > Mathieu Francoeur, M. Pinar Menguc, Role of fluctuational electrodynamics in > near-field radiative heat transfer, Journal of Quantitative Spectroscopy & > Radiative Transfer 109 (2008) 280–293 > > Thanks®ards Farha _______________________________________________ meep-discuss mailing list meep-discuss@ab-initio.mit.edu http://ab-initio.mit.edu/cgi-bin/mailman/listinfo/meep-discuss
