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Hi all:
I am trying to reproduce the work from paper "Resonant metal-mesh bandpass filters for the far infrared" by D. W. Porterfield etc.
The geometry of the mesh filter is shows as below:
There are four filters considered in this paper (central frequency are 0.587, 1.195, 1.537 and 2.125...
Dear all:
I am trying to use IRS-A200ST01 or IRA-E710ST1 to detect very weak infrared signal. I had a question regarding to the responsivity.
In the datasheet of Murata sensors (please refer to the attachment), there are two kinds of responsivity. In my opinion, the second one, Walk Test...
Fast and Efficient Algorithms in Computational Electromagnetics
Editors: W.C. Chew
E. Michielssen
J. M. Song
J. M. Jin
2001 Book
Bibliometrics
· Downloads (6 Weeks): n/a
· Downloads (12 Months): n/a
· Citation Count: 27
Publication:
· Book
Fast and Efficient Algorithms in Computational...
Hi, mates:
I would like to simulate an antenna array containing 480*320 elements. I heard that the periodic boundary condition can be imposed in order to decrease the dimension of the structure.
The unit cell is a flat square on a holder. The incident wave is a plane wave, illuminating from a...
Hi everyone:
Does any of you have the experiance in metamaterials with terahertz frequencies?
I would like to reproduce some results shown in paper using HFSS. Can you please provide some suitable papers thus I can reproduce the simulation of those?
I have done some simulations just simply...
i think it depend on the size you need to simulate
HFSS is based on finite element method, it is accurate full-wave numerical method, therefor it is reliable and we can get many application examples online.
xfdtd is also popular based on fdtd. the GPU acceleration is promising feature i think...
yes, i have tried what you mentioned, it really works! I have extracted the epsilon and mu0 successfully
Thanks very much!
---------- Post added at 10:18 ---------- Previous post was at 10:16 ----------
sorry, i didn't have any experience in CST simulation.
maybe i will try later. i will...
you don't have to write code yourself.
why don't you use commercial softwares?
matlab can be used to extract the electromagnetic parameters, eg. the permittivity
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