Öztürk, D. Et Al. 2017. APPLICATION OF RESPONSE SURFACE METHODOLOGY (RSM) TO OPTIMIZE THE ADSORPTION CONDITIONS OF CATIONIC BASIC YELLOW 2 ONTO PUMICE SAMPLES AS A NEW ADSORBENT. FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.5 , 3285-3292.

Öztürk, D., Şahan, T., Bayram, T., & Erkus, A., (2017). APPLICATION OF RESPONSE SURFACE METHODOLOGY (RSM) TO OPTIMIZE THE ADSORPTION CONDITIONS OF CATIONIC BASIC YELLOW 2 ONTO PUMICE SAMPLES AS A NEW ADSORBENT. FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.5, 3285-3292.

Öztürk, Dilara Et Al. "APPLICATION OF RESPONSE SURFACE METHODOLOGY (RSM) TO OPTIMIZE THE ADSORPTION CONDITIONS OF CATIONIC BASIC YELLOW 2 ONTO PUMICE SAMPLES AS A NEW ADSORBENT," FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.5, 3285-3292, 2017

Öztürk, Dilara Et Al. "APPLICATION OF RESPONSE SURFACE METHODOLOGY (RSM) TO OPTIMIZE THE ADSORPTION CONDITIONS OF CATIONIC BASIC YELLOW 2 ONTO PUMICE SAMPLES AS A NEW ADSORBENT." FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.5, pp.3285-3292, 2017

Öztürk, D. Et Al. (2017) . "APPLICATION OF RESPONSE SURFACE METHODOLOGY (RSM) TO OPTIMIZE THE ADSORPTION CONDITIONS OF CATIONIC BASIC YELLOW 2 ONTO PUMICE SAMPLES AS A NEW ADSORBENT." FRESENIUS ENVIRONMENTAL BULLETIN , vol.26, no.5, pp.3285-3292.

@article{article, author={Dilara Öztürk Et Al. }, title={APPLICATION OF RESPONSE SURFACE METHODOLOGY (RSM) TO OPTIMIZE THE ADSORPTION CONDITIONS OF CATIONIC BASIC YELLOW 2 ONTO PUMICE SAMPLES AS A NEW ADSORBENT}, journal={FRESENIUS ENVIRONMENTAL BULLETIN}, year=2017, pages={3285-3292} }