N. Parilti And D. Akten, "Response surface methodological approach and the kinetic study for the assessment of the photodegradation of a pulp mill effluent with H 2O2/Fe(III)/solar UV," Fresenius Environmental Bulletin , vol.20, no.6, pp.1301-1400, 2011
Parilti, N. And Akten, D. 2011. Response surface methodological approach and the kinetic study for the assessment of the photodegradation of a pulp mill effluent with H 2O2/Fe(III)/solar UV. Fresenius Environmental Bulletin , vol.20, no.6 , 1301-1400.
Parilti, N., & Akten, D., (2011). Response surface methodological approach and the kinetic study for the assessment of the photodegradation of a pulp mill effluent with H 2O2/Fe(III)/solar UV. Fresenius Environmental Bulletin , vol.20, no.6, 1301-1400.
Parilti, NEVAL, And Deniz Akten. "Response surface methodological approach and the kinetic study for the assessment of the photodegradation of a pulp mill effluent with H 2O2/Fe(III)/solar UV," Fresenius Environmental Bulletin , vol.20, no.6, 1301-1400, 2011
Parilti, NEVAL And Akten, Deniz. "Response surface methodological approach and the kinetic study for the assessment of the photodegradation of a pulp mill effluent with H 2O2/Fe(III)/solar UV." Fresenius Environmental Bulletin , vol.20, no.6, pp.1301-1400, 2011
Parilti, N. And Akten, D. (2011) . "Response surface methodological approach and the kinetic study for the assessment of the photodegradation of a pulp mill effluent with H 2O2/Fe(III)/solar UV." Fresenius Environmental Bulletin , vol.20, no.6, pp.1301-1400.
@article{article, author={NEVAL BAYCAN And author={Deniz Akten}, title={Response surface methodological approach and the kinetic study for the assessment of the photodegradation of a pulp mill effluent with H 2O2/Fe(III)/solar UV}, journal={Fresenius Environmental Bulletin}, year=2011, pages={1301-1400} }