M. Isik Et Al. , "Growth and characterization of PbMo0.75W0.25O4 single crystal: A promising material for optical applications," Materials Chemistry and Physics , vol.296, 2023
Isik, M. Et Al. 2023. Growth and characterization of PbMo0.75W0.25O4 single crystal: A promising material for optical applications. Materials Chemistry and Physics , vol.296 .
Isik, M., HASANLI, N., Darvishov, N., & Bagiev, V., (2023). Growth and characterization of PbMo0.75W0.25O4 single crystal: A promising material for optical applications. Materials Chemistry and Physics , vol.296.
Isik, M. Et Al. "Growth and characterization of PbMo0.75W0.25O4 single crystal: A promising material for optical applications," Materials Chemistry and Physics , vol.296, 2023
Isik, M. Et Al. "Growth and characterization of PbMo0.75W0.25O4 single crystal: A promising material for optical applications." Materials Chemistry and Physics , vol.296, 2023
Isik, M. Et Al. (2023) . "Growth and characterization of PbMo0.75W0.25O4 single crystal: A promising material for optical applications." Materials Chemistry and Physics , vol.296.
@article{article, author={M. Isik Et Al. }, title={Growth and characterization of PbMo0.75W0.25O4 single crystal: A promising material for optical applications}, journal={Materials Chemistry and Physics}, year=2023}