Difference between revisions of "Electro-optic cofficient"
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<math>\beta(\epsilon,\omega)\,\!</math> is the [[molecular first hyperpolarizability]] which at a give wavelenth ω | <math>\beta(\epsilon,\omega)\,\!</math> is the [[molecular first hyperpolarizability]] which at a give wavelenth ω | ||
<math>N<cos^3\theta>\,\!</math> is | <math>N\,\!</math> is chromophore number density | ||
<math><cos^3\theta>\,\!</math> is the acentricity | |||
Revision as of 13:27, 14 May 2009
The electro-optic coefficient is a measure of the changability optical activity of a material when an electric field is applied.
<math>r_{33} = \beta(\epsilon,\omega)N<cos^3\theta>\,\!</math>
where
<math>\beta(\epsilon,\omega)\,\!</math> is the molecular first hyperpolarizability which at a give wavelenth ω
<math>N\,\!</math> is chromophore number density
<math><cos^3\theta>\,\!</math> is the acentricity