Measuring coherent irradiance behind a lam/2 waveplate in non seq. mode
Hello,
I tried to make a simple simulation of a lam/2 quarz waveplate which is irradiated by collimated, linear polarized light
in non seq. mode. Orientation of optical crystal axis is (1 / 1 / 0). Linear polarization of incident light is Jx=1, Jy=0,
coherence length=0. I would assume that the light behind the waveplate is Jx=0, Jy=1 perpendicular polarized,
if the waveplate thickness d fits to the wavelength (-> pi = k * (n_extraord. - n_ord.) * d).
Then I took a rectangular detector with detector polarization setting = 2 and wanted to measure the coherent irradiance
of the y-polarized light behind the waveplate. Everything works well if I use the "waveplate mode" in the index menu of
the object settings of the quarz volume.
Is there a way to get the same result without using the "waveplate" mode?
Thanks and best regards
Dirk
I tried to make a simple simulation of a lam/2 quarz waveplate which is irradiated by collimated, linear polarized light
in non seq. mode. Orientation of optical crystal axis is (1 / 1 / 0). Linear polarization of incident light is Jx=1, Jy=0,
coherence length=0. I would assume that the light behind the waveplate is Jx=0, Jy=1 perpendicular polarized,
if the waveplate thickness d fits to the wavelength (-> pi = k * (n_extraord. - n_ord.) * d).
Then I took a rectangular detector with detector polarization setting = 2 and wanted to measure the coherent irradiance
of the y-polarized light behind the waveplate. Everything works well if I use the "waveplate mode" in the index menu of
the object settings of the quarz volume.
Is there a way to get the same result without using the "waveplate" mode?
Thanks and best regards
Dirk
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