Güler, S. Et Al. 2023. Green 3-step synthesis of bioactive wollastonite from industrial wastes: effects of sintering temperature, sintering time and milling time. Journal of the Australian Ceramic Society , vol.59, no.3 , 605-620.

Güler, S., Yavaş, A., Pulat, G., Özcan, Ş., Karaman, O., & SÜTÇÜ, M., (2023). Green 3-step synthesis of bioactive wollastonite from industrial wastes: effects of sintering temperature, sintering time and milling time. Journal of the Australian Ceramic Society , vol.59, no.3, 605-620.

Güler, Saadet Et Al. "Green 3-step synthesis of bioactive wollastonite from industrial wastes: effects of sintering temperature, sintering time and milling time," Journal of the Australian Ceramic Society , vol.59, no.3, 605-620, 2023

Güler, Saadet Et Al. "Green 3-step synthesis of bioactive wollastonite from industrial wastes: effects of sintering temperature, sintering time and milling time." Journal of the Australian Ceramic Society , vol.59, no.3, pp.605-620, 2023

Güler, S. Et Al. (2023) . "Green 3-step synthesis of bioactive wollastonite from industrial wastes: effects of sintering temperature, sintering time and milling time." Journal of the Australian Ceramic Society , vol.59, no.3, pp.605-620.

@article{article, author={Saadet Güler Et Al. }, title={Green 3-step synthesis of bioactive wollastonite from industrial wastes: effects of sintering temperature, sintering time and milling time}, journal={Journal of the Australian Ceramic Society}, year=2023, pages={605-620} }