Table 3 The optical parameters employed in the Spitzer-Fan and Drud Lorentz equations are used to analyze Polar PVA and PVA/NiMC films.

Samples

\(\:\:\:\frac{{\varvec{N}}_{\varvec{c}}}{{\varvec{m}}^{\varvec{*}}}\:\times\:{10}^{55}\)

\(\:\left(\frac{1}{{\varvec{m}}^{3}.\varvec{k}\varvec{g}}\right)\)

\(\:{\:\:\:\:\:\:\:\varvec{\epsilon\:}}_{\varvec{\infty\:}}\)

\(\:\:\:\varvec{\tau\:}\:\times\:{10}^{-12}\:\:\left(\varvec{s}\right)\)

\(\:{\:\varvec{\mu\:}}_{\varvec{o}\varvec{p}\varvec{t}}\:\:\left(\frac{\varvec{C}.\varvec{s}}{\varvec{k}\varvec{g}}\right)\)

\(\:{\varvec{\rho\:}}_{\varvec{o}\varvec{p}\varvec{t}}\:\times\:{10}^{-8}\)

\(\:(\varvec{\Omega\:}.\mathbf{m})\)

\(\:{\varvec{\omega\:}}_{\varvec{p}\:\:}\times\:{10}^{29}\left(\frac{1}{\varvec{s}}\right)\)