K. Atmaca And N. BEYAZIT, "The effect of cathode material, current density and anode-cathode gap on the COD and color removal from leachate by the electro-Fenton method," DESALINATION AND WATER TREATMENT , vol.201, pp.431-437, 2020
Atmaca, K. And BEYAZIT, N. 2020. The effect of cathode material, current density and anode-cathode gap on the COD and color removal from leachate by the electro-Fenton method. DESALINATION AND WATER TREATMENT , vol.201 , 431-437.
Atmaca, K., & BEYAZIT, N., (2020). The effect of cathode material, current density and anode-cathode gap on the COD and color removal from leachate by the electro-Fenton method. DESALINATION AND WATER TREATMENT , vol.201, 431-437.
Atmaca, Kasim, And Nevzat Beyazıt. "The effect of cathode material, current density and anode-cathode gap on the COD and color removal from leachate by the electro-Fenton method," DESALINATION AND WATER TREATMENT , vol.201, 431-437, 2020
Atmaca, Kasim And BEYAZIT, Nevzat. "The effect of cathode material, current density and anode-cathode gap on the COD and color removal from leachate by the electro-Fenton method." DESALINATION AND WATER TREATMENT , vol.201, pp.431-437, 2020
Atmaca, K. And BEYAZIT, N. (2020) . "The effect of cathode material, current density and anode-cathode gap on the COD and color removal from leachate by the electro-Fenton method." DESALINATION AND WATER TREATMENT , vol.201, pp.431-437.
@article{article, author={Kasim Atmaca And author={Nevzat Beyazıt}, title={The effect of cathode material, current density and anode-cathode gap on the COD and color removal from leachate by the electro-Fenton method}, journal={DESALINATION AND WATER TREATMENT}, year=2020, pages={431-437} }