Ustun, O. Et Al. 2022. Catalytic and SERS activities of WO3-based nanowires: the effect of oxygen vacancies, silver nanoparticle doping, and the type of organic dye. PHYSICAL CHEMISTRY CHEMICAL PHYSICS , vol.24, no.31 , 18615-18626.

Ustun, O., YILMAZ, A., & YILMAZ, M., (2022). Catalytic and SERS activities of WO3-based nanowires: the effect of oxygen vacancies, silver nanoparticle doping, and the type of organic dye. PHYSICAL CHEMISTRY CHEMICAL PHYSICS , vol.24, no.31, 18615-18626.

Ustun, Oguzhan, Aslı YILMAZ, And Mehmet YILMAZ. "Catalytic and SERS activities of WO3-based nanowires: the effect of oxygen vacancies, silver nanoparticle doping, and the type of organic dye," PHYSICAL CHEMISTRY CHEMICAL PHYSICS , vol.24, no.31, 18615-18626, 2022

Ustun, Oguzhan Et Al. "Catalytic and SERS activities of WO3-based nanowires: the effect of oxygen vacancies, silver nanoparticle doping, and the type of organic dye." PHYSICAL CHEMISTRY CHEMICAL PHYSICS , vol.24, no.31, pp.18615-18626, 2022

Ustun, O. YILMAZ, A. And YILMAZ, M. (2022) . "Catalytic and SERS activities of WO3-based nanowires: the effect of oxygen vacancies, silver nanoparticle doping, and the type of organic dye." PHYSICAL CHEMISTRY CHEMICAL PHYSICS , vol.24, no.31, pp.18615-18626.

@article{article, author={Oguzhan Ustun Et Al. }, title={Catalytic and SERS activities of WO3-based nanowires: the effect of oxygen vacancies, silver nanoparticle doping, and the type of organic dye}, journal={PHYSICAL CHEMISTRY CHEMICAL PHYSICS}, year=2022, pages={18615-18626} }