B. Kocadağistan Et Al. , "Adsorption mechanism and removal capacity of sunflower seed shell for Astrazon Red GTLN basic dye Accepted Manuscript," ENVIRONMENTAL ENGINEERING AND MANAGEMENT JOURNAL , vol.57, pp.28042-28055, 2014
Kocadağistan, B. Et Al. 2014. Adsorption mechanism and removal capacity of sunflower seed shell for Astrazon Red GTLN basic dye Accepted Manuscript. ENVIRONMENTAL ENGINEERING AND MANAGEMENT JOURNAL , vol.57 , 28042-28055.
Kocadağistan, B., Kocadağistan, E., & Gazigil, L., (2014). Adsorption mechanism and removal capacity of sunflower seed shell for Astrazon Red GTLN basic dye Accepted Manuscript. ENVIRONMENTAL ENGINEERING AND MANAGEMENT JOURNAL , vol.57, 28042-28055.
Kocadağistan, Beyhan, Erdem KOCADAĞİSTAN, And Leyla Gazigil. "Adsorption mechanism and removal capacity of sunflower seed shell for Astrazon Red GTLN basic dye Accepted Manuscript," ENVIRONMENTAL ENGINEERING AND MANAGEMENT JOURNAL , vol.57, 28042-28055, 2014
Kocadağistan, Beyhan Et Al. "Adsorption mechanism and removal capacity of sunflower seed shell for Astrazon Red GTLN basic dye Accepted Manuscript." ENVIRONMENTAL ENGINEERING AND MANAGEMENT JOURNAL , vol.57, pp.28042-28055, 2014
Kocadağistan, B. Kocadağistan, E. And Gazigil, L. (2014) . "Adsorption mechanism and removal capacity of sunflower seed shell for Astrazon Red GTLN basic dye Accepted Manuscript." ENVIRONMENTAL ENGINEERING AND MANAGEMENT JOURNAL , vol.57, pp.28042-28055.
@article{article, author={Beyhan KOCADAĞİSTAN Et Al. }, title={Adsorption mechanism and removal capacity of sunflower seed shell for Astrazon Red GTLN basic dye Accepted Manuscript}, journal={ENVIRONMENTAL ENGINEERING AND MANAGEMENT JOURNAL}, year=2014, pages={28042-28055} }