Baş, S. Et Al. 2023. Phase variation and mechanical properties of waste calcium carbonate to substitute quartz in composite slab production. International Journal of Applied Ceramic Technology , vol.20, no.6 , 3677-3690.

Baş, S., Güler, T., Özer, A., Aktürk, S., & Kriven, W. M., (2023). Phase variation and mechanical properties of waste calcium carbonate to substitute quartz in composite slab production. International Journal of Applied Ceramic Technology , vol.20, no.6, 3677-3690.

Baş, Sedanur Et Al. "Phase variation and mechanical properties of waste calcium carbonate to substitute quartz in composite slab production," International Journal of Applied Ceramic Technology , vol.20, no.6, 3677-3690, 2023

Baş, Sedanur Et Al. "Phase variation and mechanical properties of waste calcium carbonate to substitute quartz in composite slab production." International Journal of Applied Ceramic Technology , vol.20, no.6, pp.3677-3690, 2023

Baş, S. Et Al. (2023) . "Phase variation and mechanical properties of waste calcium carbonate to substitute quartz in composite slab production." International Journal of Applied Ceramic Technology , vol.20, no.6, pp.3677-3690.

@article{article, author={Sedanur Baş Et Al. }, title={Phase variation and mechanical properties of waste calcium carbonate to substitute quartz in composite slab production}, journal={International Journal of Applied Ceramic Technology}, year=2023, pages={3677-3690} }