Dear Sven,

thank you for your reply. Now I did and the value changed, thank you. 

One more question though. In this case, the power detected on the second detector should be the arithmetic mean value between s and p polarization values, right? 

at 20.25 deg incident angle for example I get 0.9500075 and 0.9646405.

The mean should be 0.9573 and not 0.95716 as displayed in the detector. (Here I am assuming it because incident power is 1 W). Is there something I am not considering, maybe?

And more, I guess reflection is considered at each interface and each light bounce.

Thanks again,

take care,

Giulia.

Hi Giulia,

I did a quick “sanity”-test to look at the transmitted and reflected flux for two linear polarized sources in a setup similar to yours. You can set up linear polarized sources via the polarization tab:

If you look at the results for the linear polarized sources, you’ll see that it matches the calculated values from the table, and therefore OpticStudio simulates the reflection and transmission properly.

My guess is that it has something to do with how the random polarization is achieved. I’m not sure how OpticStudio generates its “random polarization”, but it might be just the case that the outgoing rays are not 100% equally distributed with regards to the p- and s-polarization direction which could explain why the result for the unpolarized rays do not correspond perfectly to the arithmetic mean of the s- and p-polarization based values.

Best regards,

Sven