Y. PEPE Et Al. , "Enhanced nonlinear absorption and photoluminescence properties of Zn, Fe, Cu, V and Ni doped MoO3 transition metal oxide thin films," PHYSICA SCRIPTA , vol.99, no.2, 2024
PEPE, Y. Et Al. 2024. Enhanced nonlinear absorption and photoluminescence properties of Zn, Fe, Cu, V and Ni doped MoO3 transition metal oxide thin films. PHYSICA SCRIPTA , vol.99, no.2 .
PEPE, Y., Tutel, Y., Ucar, A. D., Cevik, E., KARATAY, A., ÜNALAN, H. E., ... ELMALI, A.(2024). Enhanced nonlinear absorption and photoluminescence properties of Zn, Fe, Cu, V and Ni doped MoO3 transition metal oxide thin films. PHYSICA SCRIPTA , vol.99, no.2.
PEPE, YASEMİN Et Al. "Enhanced nonlinear absorption and photoluminescence properties of Zn, Fe, Cu, V and Ni doped MoO3 transition metal oxide thin films," PHYSICA SCRIPTA , vol.99, no.2, 2024
PEPE, YASEMİN Et Al. "Enhanced nonlinear absorption and photoluminescence properties of Zn, Fe, Cu, V and Ni doped MoO3 transition metal oxide thin films." PHYSICA SCRIPTA , vol.99, no.2, 2024
PEPE, Y. Et Al. (2024) . "Enhanced nonlinear absorption and photoluminescence properties of Zn, Fe, Cu, V and Ni doped MoO3 transition metal oxide thin films." PHYSICA SCRIPTA , vol.99, no.2.
@article{article, author={YASEMİN PEPE Et Al. }, title={Enhanced nonlinear absorption and photoluminescence properties of Zn, Fe, Cu, V and Ni doped MoO3 transition metal oxide thin films}, journal={PHYSICA SCRIPTA}, year=2024}