In optics what do Tp and Ts stand for and what are they?

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Discussion Overview

The discussion centers on the meanings of the terms Tp and Ts in optics, specifically regarding their definitions and implications in the context of light transmission through materials. Participants explore the potential relevance of these terms to reflection and transmission coefficients related to polarized light.

Discussion Character

  • Exploratory, Technical explanation, Conceptual clarification

Main Points Raised

  • One participant suggests that Tp represents the highest amount of light transmitted and Ts represents the lowest amount of light transmitted through a material, although they acknowledge a lack of information on these terms.
  • Another participant provides a link to a resource that may relate to the discussion, indicating a possible connection to polarizing cube beamsplitters.
  • A third participant proposes that Tp and Ts could refer to reflection and transmission coefficients, emphasizing the importance of polarization components of the wave in relation to surface orientation.
  • A later reply confirms that the third participant's interpretation aligns with their understanding of the terms.

Areas of Agreement / Disagreement

The discussion does not reach a consensus on the definitions of Tp and Ts, with multiple interpretations and a request for additional context to clarify their meanings.

Contextual Notes

Participants note the need for more context to provide a definitive answer, indicating that the meanings of Tp and Ts may depend on specific applications or definitions within optics.

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In optics what do Tp and Ts stand for and what are they?

I believe Tp is the highest amount of light transmitted and Ts is the Lowest amount of light transmitted though a material.
but I cannot find that much information on these terms.
 
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You'll need to tell us more about the context for a good answer. But I thought of reflection/transmission coefficients because of the subscripts. If so, it's about the polarization components of the wave w.r.t. the surface orientation.
 
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DaveE said:
You'll need to tell us more about the context for a good answer. But I thought of reflection/transmission coefficients because of the subscripts. If so, it's about the polarization components of the wave w.r.t. the surface orientation.
yes that is what I was talking about
 
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