N. YILDIZ Et Al. , "Light-scattering determination of visco-elastic and electro-optic parameters of azo and anthraquinone dye-doped liquid crystal molecules and consistent neural network empirical physical formula construction for scattering intensities," JOURNAL OF MOLECULAR STRUCTURE , vol.991, pp.127-135, 2011
YILDIZ, N. Et Al. 2011. Light-scattering determination of visco-elastic and electro-optic parameters of azo and anthraquinone dye-doped liquid crystal molecules and consistent neural network empirical physical formula construction for scattering intensities. JOURNAL OF MOLECULAR STRUCTURE , vol.991 , 127-135.
YILDIZ, N., Polat, O., SAN, S. E., & KAYA, N., (2011). Light-scattering determination of visco-elastic and electro-optic parameters of azo and anthraquinone dye-doped liquid crystal molecules and consistent neural network empirical physical formula construction for scattering intensities. JOURNAL OF MOLECULAR STRUCTURE , vol.991, 127-135.
YILDIZ, NİHAT Et Al. "Light-scattering determination of visco-elastic and electro-optic parameters of azo and anthraquinone dye-doped liquid crystal molecules and consistent neural network empirical physical formula construction for scattering intensities," JOURNAL OF MOLECULAR STRUCTURE , vol.991, 127-135, 2011
YILDIZ, NİHAT Et Al. "Light-scattering determination of visco-elastic and electro-optic parameters of azo and anthraquinone dye-doped liquid crystal molecules and consistent neural network empirical physical formula construction for scattering intensities." JOURNAL OF MOLECULAR STRUCTURE , vol.991, pp.127-135, 2011
YILDIZ, N. Et Al. (2011) . "Light-scattering determination of visco-elastic and electro-optic parameters of azo and anthraquinone dye-doped liquid crystal molecules and consistent neural network empirical physical formula construction for scattering intensities." JOURNAL OF MOLECULAR STRUCTURE , vol.991, pp.127-135.
@article{article, author={NİHAT YILDIZ Et Al. }, title={Light-scattering determination of visco-elastic and electro-optic parameters of azo and anthraquinone dye-doped liquid crystal molecules and consistent neural network empirical physical formula construction for scattering intensities}, journal={JOURNAL OF MOLECULAR STRUCTURE}, year=2011, pages={127-135} }