G. M. LÜLE ŞENÖZ And M. Ü. ATALAY, "Comparison of Fenitrothion and Trifluralin Adsorption on Organo-Zeolites and Activated Carbon. Part II: Thermodynamic Parameters and the Suitability of the Kinetic Models of Pesticide Adsorption," PARTICULATE SCIENCE AND TECHNOLOGY , vol.32, no.4, pp.426-430, 2014
LÜLE ŞENÖZ, G. M. And ATALAY, M. Ü. 2014. Comparison of Fenitrothion and Trifluralin Adsorption on Organo-Zeolites and Activated Carbon. Part II: Thermodynamic Parameters and the Suitability of the Kinetic Models of Pesticide Adsorption. PARTICULATE SCIENCE AND TECHNOLOGY , vol.32, no.4 , 426-430.
LÜLE ŞENÖZ, G. M., & ATALAY, M. Ü., (2014). Comparison of Fenitrothion and Trifluralin Adsorption on Organo-Zeolites and Activated Carbon. Part II: Thermodynamic Parameters and the Suitability of the Kinetic Models of Pesticide Adsorption. PARTICULATE SCIENCE AND TECHNOLOGY , vol.32, no.4, 426-430.
LÜLE ŞENÖZ, Güzide, And MUSTAFA ÜMİT ATALAY. "Comparison of Fenitrothion and Trifluralin Adsorption on Organo-Zeolites and Activated Carbon. Part II: Thermodynamic Parameters and the Suitability of the Kinetic Models of Pesticide Adsorption," PARTICULATE SCIENCE AND TECHNOLOGY , vol.32, no.4, 426-430, 2014
LÜLE ŞENÖZ, Güzide M. And ATALAY, MUSTAFA Ü. . "Comparison of Fenitrothion and Trifluralin Adsorption on Organo-Zeolites and Activated Carbon. Part II: Thermodynamic Parameters and the Suitability of the Kinetic Models of Pesticide Adsorption." PARTICULATE SCIENCE AND TECHNOLOGY , vol.32, no.4, pp.426-430, 2014
LÜLE ŞENÖZ, G. M. And ATALAY, M. Ü. (2014) . "Comparison of Fenitrothion and Trifluralin Adsorption on Organo-Zeolites and Activated Carbon. Part II: Thermodynamic Parameters and the Suitability of the Kinetic Models of Pesticide Adsorption." PARTICULATE SCIENCE AND TECHNOLOGY , vol.32, no.4, pp.426-430.
@article{article, author={Güzide Meltem LÜLE ŞENÖZ And author={MUSTAFA ÜMİT ATALAY}, title={Comparison of Fenitrothion and Trifluralin Adsorption on Organo-Zeolites and Activated Carbon. Part II: Thermodynamic Parameters and the Suitability of the Kinetic Models of Pesticide Adsorption}, journal={PARTICULATE SCIENCE AND TECHNOLOGY}, year=2014, pages={426-430} }