Yaman, C. Et Al. 2010. SELECTION OF OPTIMUM OPERATIONAL CONDITIONS FOR THE TREATMENT PERFORMANCE OF GEOTEXTILE BIOFILTERS USING ARTIFICIAL NEURAL NETWORKS. FRESENIUS ENVIRONMENTAL BULLETIN , vol.19, no.11 , 2587-2596.

Yaman, C., Karaca, F., Korkut, E. N., Martin, J. P., & Cinar, O., (2010). SELECTION OF OPTIMUM OPERATIONAL CONDITIONS FOR THE TREATMENT PERFORMANCE OF GEOTEXTILE BIOFILTERS USING ARTIFICIAL NEURAL NETWORKS. FRESENIUS ENVIRONMENTAL BULLETIN , vol.19, no.11, 2587-2596.

Yaman, Cevat Et Al. "SELECTION OF OPTIMUM OPERATIONAL CONDITIONS FOR THE TREATMENT PERFORMANCE OF GEOTEXTILE BIOFILTERS USING ARTIFICIAL NEURAL NETWORKS," FRESENIUS ENVIRONMENTAL BULLETIN , vol.19, no.11, 2587-2596, 2010

Yaman, Cevat Et Al. "SELECTION OF OPTIMUM OPERATIONAL CONDITIONS FOR THE TREATMENT PERFORMANCE OF GEOTEXTILE BIOFILTERS USING ARTIFICIAL NEURAL NETWORKS." FRESENIUS ENVIRONMENTAL BULLETIN , vol.19, no.11, pp.2587-2596, 2010

Yaman, C. Et Al. (2010) . "SELECTION OF OPTIMUM OPERATIONAL CONDITIONS FOR THE TREATMENT PERFORMANCE OF GEOTEXTILE BIOFILTERS USING ARTIFICIAL NEURAL NETWORKS." FRESENIUS ENVIRONMENTAL BULLETIN , vol.19, no.11, pp.2587-2596.

@article{article, author={Cevat Yaman Et Al. }, title={SELECTION OF OPTIMUM OPERATIONAL CONDITIONS FOR THE TREATMENT PERFORMANCE OF GEOTEXTILE BIOFILTERS USING ARTIFICIAL NEURAL NETWORKS}, journal={FRESENIUS ENVIRONMENTAL BULLETIN}, year=2010, pages={2587-2596} }