DURNA, E. Et Al. 2022. Regeneration of diclofenac-spent granular activated carbon by sulphate radical based methods: multi-response optimisation of adsorptive capacity and operating cost. INTERNATIONAL JOURNAL OF ENVIRONMENTAL ANALYTICAL CHEMISTRY , vol.102, no.16 , 4695-4709.

DURNA, E., Erkisi, E., & GENÇ, N., (2022). Regeneration of diclofenac-spent granular activated carbon by sulphate radical based methods: multi-response optimisation of adsorptive capacity and operating cost. INTERNATIONAL JOURNAL OF ENVIRONMENTAL ANALYTICAL CHEMISTRY , vol.102, no.16, 4695-4709.

DURNA, ELİF, Ezgi Erkisi, And NEVİM GENÇ. "Regeneration of diclofenac-spent granular activated carbon by sulphate radical based methods: multi-response optimisation of adsorptive capacity and operating cost," INTERNATIONAL JOURNAL OF ENVIRONMENTAL ANALYTICAL CHEMISTRY , vol.102, no.16, 4695-4709, 2022

DURNA, ELİF D. Et Al. "Regeneration of diclofenac-spent granular activated carbon by sulphate radical based methods: multi-response optimisation of adsorptive capacity and operating cost." INTERNATIONAL JOURNAL OF ENVIRONMENTAL ANALYTICAL CHEMISTRY , vol.102, no.16, pp.4695-4709, 2022

DURNA, E. Erkisi, E. And GENÇ, N. (2022) . "Regeneration of diclofenac-spent granular activated carbon by sulphate radical based methods: multi-response optimisation of adsorptive capacity and operating cost." INTERNATIONAL JOURNAL OF ENVIRONMENTAL ANALYTICAL CHEMISTRY , vol.102, no.16, pp.4695-4709.

@article{article, author={ELİF DURNA PİŞKİN Et Al. }, title={Regeneration of diclofenac-spent granular activated carbon by sulphate radical based methods: multi-response optimisation of adsorptive capacity and operating cost}, journal={INTERNATIONAL JOURNAL OF ENVIRONMENTAL ANALYTICAL CHEMISTRY}, year=2022, pages={4695-4709} }