${\tilde{E}}_{0_{R_{⊥}}}$ $tilde E_(0_(R_bot))$ at the interface of insulators

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Jul 24, 2020, 6:28:07 PM

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May 28, 2016, 5:39:01 AM

\frac{{\tilde{E}}_{0_{R_{⊥}}}}{{\tilde{E}}_{0_{I_{⊥}}}} = \frac{1 - α \cdot β}{1 + α \cdot β}

$tilde E_(0_(R_bot)) / tilde E_(0_(I_bot)) = (1 - alpha * beta ) / (1 + alpha * beta )$

α

$alpha$

β

$beta$

• EM Waves at the Interface of two Insulators by TylerJones

• Physics Collection by TylerJones

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˜E0R⊥E~0R⊥tilde E_(0_(R_bot)) at the interface of insulators