PEKSÖZ, A. Et Al. 2022. Electrochemically fabrication of a composite electrode based on tungsten oxide and cobalt on 3D Ni foam for high and stable electrochemical energy storage. MATERIALS TODAY COMMUNICATIONS , vol.33 .

PEKSÖZ, A., Killi, H., Tokgoz, S. R., & Carpan, M. A., (2022). Electrochemically fabrication of a composite electrode based on tungsten oxide and cobalt on 3D Ni foam for high and stable electrochemical energy storage. MATERIALS TODAY COMMUNICATIONS , vol.33.

PEKSÖZ, AHMET Et Al. "Electrochemically fabrication of a composite electrode based on tungsten oxide and cobalt on 3D Ni foam for high and stable electrochemical energy storage," MATERIALS TODAY COMMUNICATIONS , vol.33, 2022

PEKSÖZ, AHMET Et Al. "Electrochemically fabrication of a composite electrode based on tungsten oxide and cobalt on 3D Ni foam for high and stable electrochemical energy storage." MATERIALS TODAY COMMUNICATIONS , vol.33, 2022

PEKSÖZ, A. Et Al. (2022) . "Electrochemically fabrication of a composite electrode based on tungsten oxide and cobalt on 3D Ni foam for high and stable electrochemical energy storage." MATERIALS TODAY COMMUNICATIONS , vol.33.

@article{article, author={AHMET PEKSÖZ Et Al. }, title={Electrochemically fabrication of a composite electrode based on tungsten oxide and cobalt on 3D Ni foam for high and stable electrochemical energy storage}, journal={MATERIALS TODAY COMMUNICATIONS}, year=2022}