Table 2 The WDD analysis, the interband transition strength, and momentum parameters for investigating Polar PVA and PVA/NiMC films.

From: Fully environmental approach to design advanced optical polymer composites with high optoelectronic performance using green synthesized nickel metal complexes

Samples

\(\:{\:\varvec{E}}_{\varvec{d}}\:\left(\varvec{e}\varvec{V}\right)\)

\(\:{\:\varvec{E}}_{\varvec{o}}\:\left(\varvec{e}\varvec{V}\right)\)

\(\:\:\:\:\:{\varvec{n}}_{0}\)

\(\:{\:\varvec{M}}_{-1}\)

\(\:{\varvec{M}}_{-3}\:\left({\varvec{e}\varvec{V}}^{2}\right)\)

\(\:\:\varvec{f}\:\left({\varvec{e}\varvec{V}}^{2}\right)\)

\(\:{\varvec{S}}_{\varvec{o}}\:\times\:{10}^{-6}\left({\varvec{e}\varvec{V}}^{2}\right)\)

\(\:{\varvec{\lambda\:}}_{\varvec{o}}\) (nm)

PVNiMC0

2.2152

5.7257

1.1776

0.3868

0.0118

12.6839

4.01

214.9

PVNiMC1

0.8525

2.1416

1.1824

0.3980

0.0867

1.8259

1.81

595

PVNiMC2

1.3472

1.9864

1.2954

0.6782

0.1718

2.6762

1.75

600.26

PVNiMC3

1.6302

1.9634

1.3528

0.8302

0.2153

3.2008

2.04

634.7