ŞAKİR, M. Et Al. 2023. Highly sensitive detection of cationic pollutants on molybdenum carbide (MXene)/Fe2O3/Ag as a SERS substrate. MATERIALS TODAY CHEMISTRY , vol.33 .

ŞAKİR, M., Akgul, E. T., & Demir, M., (2023). Highly sensitive detection of cationic pollutants on molybdenum carbide (MXene)/Fe2O3/Ag as a SERS substrate. MATERIALS TODAY CHEMISTRY , vol.33.

ŞAKİR, MENEKŞE, Eda Taga Akgul, And Muslum Demir. "Highly sensitive detection of cationic pollutants on molybdenum carbide (MXene)/Fe2O3/Ag as a SERS substrate," MATERIALS TODAY CHEMISTRY , vol.33, 2023

ŞAKİR, MENEKŞE Et Al. "Highly sensitive detection of cationic pollutants on molybdenum carbide (MXene)/Fe2O3/Ag as a SERS substrate." MATERIALS TODAY CHEMISTRY , vol.33, 2023

ŞAKİR, M. Akgul, E. T. And Demir, M. (2023) . "Highly sensitive detection of cationic pollutants on molybdenum carbide (MXene)/Fe2O3/Ag as a SERS substrate." MATERIALS TODAY CHEMISTRY , vol.33.

@article{article, author={MENEKŞE ŞAKİR Et Al. }, title={Highly sensitive detection of cationic pollutants on molybdenum carbide (MXene)/Fe2O3/Ag as a SERS substrate}, journal={MATERIALS TODAY CHEMISTRY}, year=2023}