L. GAZİGİL Et Al. , "Determination of the optimum conditions for electrochemical regeneration of exhausted activated carbon," DIAMOND AND RELATED MATERIALS , vol.133, 2023
GAZİGİL, L. Et Al. 2023. Determination of the optimum conditions for electrochemical regeneration of exhausted activated carbon. DIAMOND AND RELATED MATERIALS , vol.133 .
GAZİGİL, L., Er, E., & YONAR, T., (2023). Determination of the optimum conditions for electrochemical regeneration of exhausted activated carbon. DIAMOND AND RELATED MATERIALS , vol.133.
GAZİGİL, LEYLA, Eren Er, And TANER YONAR. "Determination of the optimum conditions for electrochemical regeneration of exhausted activated carbon," DIAMOND AND RELATED MATERIALS , vol.133, 2023
GAZİGİL, LEYLA Et Al. "Determination of the optimum conditions for electrochemical regeneration of exhausted activated carbon." DIAMOND AND RELATED MATERIALS , vol.133, 2023
GAZİGİL, L. Er, E. And YONAR, T. (2023) . "Determination of the optimum conditions for electrochemical regeneration of exhausted activated carbon." DIAMOND AND RELATED MATERIALS , vol.133.
@article{article, author={LEYLA GAZİGİL Et Al. }, title={Determination of the optimum conditions for electrochemical regeneration of exhausted activated carbon}, journal={DIAMOND AND RELATED MATERIALS}, year=2023}