Updated 05 Apr 2021
This program is computing the reflection, transmission and absorption of a multi layer structure using the Transfer Matrix Method (TMM). The dispersion of the refractive index is taken into account. A small database of various material is provided. The code allows to get the field distribution inside the structure.
Four structures are proposed:
-> Bragg mirror
-> Fabry-Perot cavity
-> VCSEL structure
-> Polariton structure
=> If you like it, don't forget the star!
Laurent NEVOU (2021). Light_WaveTransmission1D_dispersion (https://github.com/LaurentNevou/Light_WaveTransmission1D_dispersion), GitHub. Retrieved .
Hi, i would like to insert the data of Silicon material, but it doesn't fit with my plot, how can I resolve this?
Sorry for the mistake...
The boundary condition are defined at the beginning of the input file, nL and nR for the optical index on the left and on the right side of the multi-layer
Yes, it does! The air is the boundary conditions default layer on the left and on the right side of the structure. It is set in the TMM_f.m file
The "air" layer is set with an optical index layer =1 all over the spectrum
Does this take the refractive index of air into account?
@Nam Gyun Kim
Well, you have to look by your own like on internet, in books or measured data!
For example, here are some data:
Where to find the index of refraction for substances not in the attachment???
This code is very helpful and easy to understand!!!
Thanks a lot!
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