Dear all
I have a novel design in the grating solar cell. I want to prove the modes enhance in all direction is that possible in fdtd ?? by monitor or even just a script
can any one share an idea provide that
Thanks
Dear all
I have a novel design in the grating solar cell. I want to prove the modes enhance in all direction is that possible in fdtd ?? by monitor or even just a script
can any one share an idea provide that
Thanks
I think you should use picture to show your idea more clearly.
I want to prove the modes enhance in all direction is that possible in fdtd ??
Does means that :under the illumination of the different incident angle of light , the modes enchancements are almost the same ?
you can sweep the incident angle and get the field enchansement (max or average value )
You could get the theoretical transmission coefficient due to light at various incident angles on the planar structure by using the stackrt script function:
https://kb.lumerical.com/en/index.html?ref_scripts_stackrt.html
For the case with the grating, the analysis could be done like the following example:
https://kb.lumerical.com/en/index.html?diffractive_optics_gratings_blaze.html
The example uses grating script commands to calculate the fraction of power travelling in each grating order direction. There is some more information about those grating calculations here:
https://kb.lumerical.com/en/index.html?solvers_grating_projections.html
Hopefully this helps!