Fresnel's Rhomb and polarization

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    Polarization
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Homework Help Overview

The discussion revolves around calculating the phase difference between the perpendicular and parallel polarization components in the context of Fresnel's Rhomb, with a specific angle of incidence provided (alpha = 54.6 degrees). The original poster expresses uncertainty about relevant equations and how to derive the polarization components.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • The original poster seeks guidance on how to calculate the phase difference and questions whether Fresnel coefficients can be used for this purpose. There is also a request for direction on calculating the polarization components.

Discussion Status

Some participants have expressed a desire for assistance, indicating that the original poster is looking for foundational help. One participant has provided a link to a resource, suggesting that there may be some useful information available, but no consensus or clear resolution has been reached yet.

Contextual Notes

The original poster indicates a lack of relevant equations and expresses confusion about the calculations required, highlighting potential gaps in understanding the underlying principles of polarization and Fresnel's Rhomb.

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Homework Statement



http://xs.to/image-A876_4BAF6DF1.jpg
alpha = 54.6 degrees

I need to calculate phase difference between E(perpendicular) and E(parallel) polarization components.

Homework Equations





The Attempt at a Solution



Problem is I don't know any relevant equations!
Can I get the phase difference from Fresnel coefficients somehow??
Or actually I don't know even how to get the polarization components calculated.

So if someone could point me to right direction it would be much appreciated!
 
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any help? :smile:
 
could use some help :( please
 

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