Solved

Create Emission Specturm for Photoluminescence simulation

  • 15 October 2020
  • 1 reply
  • 39 views

Hello everyone, I am trying to create Emission Specturm for Photoluminescence simulation. I noticed that we are required to provide  'Normalized power /relative power of emission wavelengthes' to build the Emission Specturm. I am new in this field and would like to check: 


This normalized power is normalized with respect to which power? Is it normalized with respect to the Excitation light's power?


Hope someone here can help to provide explanation soon.


Thank you very much!

icon

Best answer by Csilla Timar-Fulep 15 October 2020, 10:47

View original

1 reply

Userlevel 5
Badge +2

Hi Jing,


Thanks for your post here!


The power is normalized with respect to the excitation power.


The correct file format looks like below:



! File Format:
! L1: N, M, U
! L2: EXW1, EXW2, ..., EXWM
! L3: EMW1, P1, P2, ..., PM
! L4: EMW2, P1, P2, ..., PM
! L2+N: EMWN, P1, P2, ..., PM
!
! Where:
! N = Number of emission wavelengths
! M = Number of excitation wavelengths
! U = Wavelength unit flag (1=nm, ???)
! EXWi = Excitation wavelength i
! EMWi = Emission wavelength i
! Pi = Normalized power for EXWi

You may find more info about this in the Help files at:

The Setup Tab > Editors Group (Setup Tab) > Non-sequential Component Editor > Object Properties (non-sequential component editor) > Volume Physics > Phosphors & Fluorescence


For further references, please check out the following knowledgebase articles:


Overview of photoluminescence simulation in OpticStudio


Modeling Photoluminescence in OpticStudio: A Photoluminescent Solar Concentrator


If you have further questions, please let us know and we will be happy to help!


Best,


Csilla


 

Reply