v 4.15

\frac{E_{r 0}^{∥}}{E_{i 0}^{∥}} = - \frac{N_{12}^{2} \cos α - \sqrt{N_{21}^{2} - \sin^{2} α}}{N_{12}^{2} \cos α + \sqrt{N_{21}^{2} - \sin^{2} α}}

${\frac{E_{r0}^\parallel}{E_{i0}^\parallel} = - \frac{N_{12}^2 \cos \alpha - \sqrt{N_{21}^2 - \sin^2 \alpha}}{N_{12}^2 \cos \alpha + \sqrt{N_{21}^2 - \sin^2 \alpha}}}$

Close
Log in
Books
Repository
eAnswer
ePortfolio

Close
Log in
Books
Repository
eAnswer
ePortfolio

Error