POLAT, Ö. Et Al. 2011. Applied electric field effect on light-scattering birefringence of dye-doped liquid crystal molecule and consistent neural network empirical physical formula construction for scattering intensities. JOURNAL OF MOLECULAR LIQUIDS , vol.163, no.3 , 153-160.

POLAT, Ö., YILDIZ, N., & SAN, S. E., (2011). Applied electric field effect on light-scattering birefringence of dye-doped liquid crystal molecule and consistent neural network empirical physical formula construction for scattering intensities. JOURNAL OF MOLECULAR LIQUIDS , vol.163, no.3, 153-160.

POLAT, ÖMER, NİHAT YILDIZ, And SAİT EREN SAN. "Applied electric field effect on light-scattering birefringence of dye-doped liquid crystal molecule and consistent neural network empirical physical formula construction for scattering intensities," JOURNAL OF MOLECULAR LIQUIDS , vol.163, no.3, 153-160, 2011

POLAT, ÖMER Et Al. "Applied electric field effect on light-scattering birefringence of dye-doped liquid crystal molecule and consistent neural network empirical physical formula construction for scattering intensities." JOURNAL OF MOLECULAR LIQUIDS , vol.163, no.3, pp.153-160, 2011

POLAT, Ö. YILDIZ, N. And SAN, S. E. (2011) . "Applied electric field effect on light-scattering birefringence of dye-doped liquid crystal molecule and consistent neural network empirical physical formula construction for scattering intensities." JOURNAL OF MOLECULAR LIQUIDS , vol.163, no.3, pp.153-160.

@article{article, author={ÖMER POLAT Et Al. }, title={Applied electric field effect on light-scattering birefringence of dye-doped liquid crystal molecule and consistent neural network empirical physical formula construction for scattering intensities}, journal={JOURNAL OF MOLECULAR LIQUIDS}, year=2011, pages={153-160} }