Dear MEEP users,
I am trying to calculate the reflection and transmission spectrum of a
rectangular grating. In fact I am trying to reproduce the diagram attached. it
is taken from a paper. The structure material is Tungsten.
I choose 100nm as my unit reference length.
The schematic of the
replying, please edit your Subject line so it is more specific
than Re: Contents of meep-discuss digest...
Today's Topics:
1. reflection and transmission of a rectangular grating
structure (FARHAD KAZEMI)
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Message: 1
Hi everybody,
I am trying to calculate the thermal radiation flux between two dielectric
parallel plates. Is there any body has involved in such problems? My problem,
specifically, is that where I have to set source? at the back of the emitter
body or the front? how can I insert the
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
Dear MEEP users,
I am trying to simulate thermal emission of a plate with finite temperature. In
order to do that, we need to add some random current densities inside the
material. according to the chapter 4 of Advances in FDTD Computational
Electrodynamics: Photonics and Nanotechnology book,
)
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On Thursday, April 17, 2014 9:03 PM, FARHAD KAZEMI farhad...@yahoo.com wrote:
Dear MEEP users,
I am trying to simulate thermal emission of a plate with finite temperature. In
order to do that, we need to add some random current densities inside the
material
Dear MEEP users,
I am trying to simulate a monochromatic source emitting only with the single
frequency. Could any body tells me how can I do that?
which one I have to use, continuous or Gaussian source?
using these sources, in order to get flux in some where, I am using add-flux
function. In
Dear MEEP users,
I would like to ask a question about defining a custom source using a
time-dependent source function f(t). Imagine, we have a function like the
following:
F(t)=(1-(2*exp(pi*fp*(t-t0
Where, fp and t0 are some constants and t is the variable. My question is
this: what I
Dear all,
Is it possible to customize the absorbing boundary condition for example
using complex frequency shifted PML (CFS-PML or C-PML) instead of normal
PML? Can we do it with a control (.ctl) file or we need to get into the C++
code?
Thanks,
Hi every body,
I am trying to find the flux spectrum between two parallel plates caused by
thermal emission. In fact, I am going to reproduce the results of the
following paper (red dashed line on Fig.2 bottom):
Frequency-Selective Near-Field Radiative Heat Transfer between Photonic
Crystal
Hi every body,
I would like to ask another related question. For this problem, do we need
to install harminv package as well?
Farhad Kazemi Kh.
Ph.D. Candidate at Boğaziçi University
Mechanical Engineering
KB 223 - North Campus - Bebek 34342 - Istanbul
Cell : +90-541 504 0925
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