Durak, M. Et Al. 2024. Chemometric optimization of the continuous flow synthesis parameters of PbS thin films: Design of experiments (DOE) based mathematical modelling for energy band gap prediction of PbS coating. Journal of the Indian Chemical Society , vol.101, no.12 .

Durak, M., YÜCEL, E., & YÜCEL, Y., (2024). Chemometric optimization of the continuous flow synthesis parameters of PbS thin films: Design of experiments (DOE) based mathematical modelling for energy band gap prediction of PbS coating. Journal of the Indian Chemical Society , vol.101, no.12.

Durak, Mustafa, ERSİN YÜCEL, And YASİN YÜCEL. "Chemometric optimization of the continuous flow synthesis parameters of PbS thin films: Design of experiments (DOE) based mathematical modelling for energy band gap prediction of PbS coating," Journal of the Indian Chemical Society , vol.101, no.12, 2024

Durak, Mustafa Et Al. "Chemometric optimization of the continuous flow synthesis parameters of PbS thin films: Design of experiments (DOE) based mathematical modelling for energy band gap prediction of PbS coating." Journal of the Indian Chemical Society , vol.101, no.12, 2024

Durak, M. YÜCEL, E. And YÜCEL, Y. (2024) . "Chemometric optimization of the continuous flow synthesis parameters of PbS thin films: Design of experiments (DOE) based mathematical modelling for energy band gap prediction of PbS coating." Journal of the Indian Chemical Society , vol.101, no.12.

@article{article, author={Mustafa Durak Et Al. }, title={Chemometric optimization of the continuous flow synthesis parameters of PbS thin films: Design of experiments (DOE) based mathematical modelling for energy band gap prediction of PbS coating}, journal={Journal of the Indian Chemical Society}, year=2024}