Gunduz, S. Et Al. 2024. A Study of Nanostructured FeO Thin Film-Based Allure Red and Direct Blue 15 Azo Dyes Sensing Scheme. Journal of Nano Research , vol.82 , 21-32.

Gunduz, S., Alayli, A., GÜNEY, H., ÇOBAN, Ö., ERTUĞRUL, M., & NADAROĞLU, H., (2024). A Study of Nanostructured FeO Thin Film-Based Allure Red and Direct Blue 15 Azo Dyes Sensing Scheme. Journal of Nano Research , vol.82, 21-32.

Gunduz, Sumeyra Et Al. "A Study of Nanostructured FeO Thin Film-Based Allure Red and Direct Blue 15 Azo Dyes Sensing Scheme," Journal of Nano Research , vol.82, 21-32, 2024

Gunduz, Sumeyra Et Al. "A Study of Nanostructured FeO Thin Film-Based Allure Red and Direct Blue 15 Azo Dyes Sensing Scheme." Journal of Nano Research , vol.82, pp.21-32, 2024

Gunduz, S. Et Al. (2024) . "A Study of Nanostructured FeO Thin Film-Based Allure Red and Direct Blue 15 Azo Dyes Sensing Scheme." Journal of Nano Research , vol.82, pp.21-32.

@article{article, author={Sumeyra Gunduz Et Al. }, title={A Study of Nanostructured FeO Thin Film-Based Allure Red and Direct Blue 15 Azo Dyes Sensing Scheme}, journal={Journal of Nano Research}, year=2024, pages={21-32} }