Closed ZhihaoJia16 closed 8 years ago
scuff-neq
doesn't support periodic geometries. I am working on that, but it won't be ready for several months.
Thank you for your quick reply. Are there other ways to calculate the radiative heat transfer of the periodic structure by scuff-em or buff-em? Or other codes?
The only way to do this in SCUFF-EM at present would be to consider finite-size structures and extrapolate to the infinite-size limit. I am not aware of any other numerical code that could handle this structure.
My rough timeline for having this available in SCUFF-EM would be somewhere around June/July 2016.
Thank you for your suggestion. I am trying that. And I'm looking forward to update of scuff-neq.
Hi, I am using
T1 = 310 K ,T2 = 290 K, d = 1500 nm, p' = 300 nm, a = 500 nm, δ = 750 nm, L = 100nm.
Here's the files computing this structure.
Doublegrating.scuffgeo.txt
lowergrating.geo.txt
lowergrating_253.msh.txt
OKBFile.txt
RunScript.txt
uppergrating.geo.txt
uppergrating_253.msh.txt
scuff-neq
to compute the Radiative heat transfer between 1D SiO2 gratings in the paper Radiative heat transfer between two dielectric nanogratings in the scattering approachHere's the content of the file
Doublegrating.scuffgeo
When I run
get error
error: --OmegaKPoints is required for extended geometries (aborting)
. So, I addOKBFile
file.The first number on each line is the
--Omega
value; the second number is Bloch wavevector π/1.5 (1.5 is the lattice constant in x-direction); the third number is Bloch wavevector π/0.1(0.1 is the lattice constant in y-direction).OKBFile
file right?When I run
I get
.SIFlux.EMT
file..SIFlux.EMT
file is only about kB= (2.09333, 31.4) or the sum of all kB?.SIIntegrand
, and.NEQPFT
files)?best, Thank you in advance.