OĞUZ, E. 2016. Uptake of Humic Substance and COD From Aqueous Solutions Using Synergic Processes Such as O-3/pH, O-3/HCO3- and O-3/PAC and Multiple Regression Analysis. ENVIRONMENTAL PROGRESS & SUSTAINABLE ENERGY , vol.35, no.3 , 653-660.

OĞUZ, E., (2016). Uptake of Humic Substance and COD From Aqueous Solutions Using Synergic Processes Such as O-3/pH, O-3/HCO3- and O-3/PAC and Multiple Regression Analysis. ENVIRONMENTAL PROGRESS & SUSTAINABLE ENERGY , vol.35, no.3, 653-660.

OĞUZ, Ensar. "Uptake of Humic Substance and COD From Aqueous Solutions Using Synergic Processes Such as O-3/pH, O-3/HCO3- and O-3/PAC and Multiple Regression Analysis," ENVIRONMENTAL PROGRESS & SUSTAINABLE ENERGY , vol.35, no.3, 653-660, 2016

OĞUZ, Ensar. "Uptake of Humic Substance and COD From Aqueous Solutions Using Synergic Processes Such as O-3/pH, O-3/HCO3- and O-3/PAC and Multiple Regression Analysis." ENVIRONMENTAL PROGRESS & SUSTAINABLE ENERGY , vol.35, no.3, pp.653-660, 2016

OĞUZ, E. (2016) . "Uptake of Humic Substance and COD From Aqueous Solutions Using Synergic Processes Such as O-3/pH, O-3/HCO3- and O-3/PAC and Multiple Regression Analysis." ENVIRONMENTAL PROGRESS & SUSTAINABLE ENERGY , vol.35, no.3, pp.653-660.

@article{article, author={Ensar OĞUZ}, title={Uptake of Humic Substance and COD From Aqueous Solutions Using Synergic Processes Such as O-3/pH, O-3/HCO3- and O-3/PAC and Multiple Regression Analysis}, journal={ENVIRONMENTAL PROGRESS & SUSTAINABLE ENERGY}, year=2016, pages={653-660} }