Demirel, M. And AKSAKAL, B. 2018. Effects of powder particle size on mechanostructure and cell viability of the synthesised bioceramic bone grafts. JOURNAL OF CERAMIC PROCESSING RESEARCH , vol.19, no.1 , 5-10.

Demirel, M., & AKSAKAL, B., (2018). Effects of powder particle size on mechanostructure and cell viability of the synthesised bioceramic bone grafts. JOURNAL OF CERAMIC PROCESSING RESEARCH , vol.19, no.1, 5-10.

Demirel, Mehtap, And Bünyamin AKSAKAL. "Effects of powder particle size on mechanostructure and cell viability of the synthesised bioceramic bone grafts," JOURNAL OF CERAMIC PROCESSING RESEARCH , vol.19, no.1, 5-10, 2018

Demirel, Mehtap And AKSAKAL, Bünyamin. "Effects of powder particle size on mechanostructure and cell viability of the synthesised bioceramic bone grafts." JOURNAL OF CERAMIC PROCESSING RESEARCH , vol.19, no.1, pp.5-10, 2018

Demirel, M. And AKSAKAL, B. (2018) . "Effects of powder particle size on mechanostructure and cell viability of the synthesised bioceramic bone grafts." JOURNAL OF CERAMIC PROCESSING RESEARCH , vol.19, no.1, pp.5-10.

@article{article, author={Mehtap Demirel And author={Bünyamin AKSAKAL}, title={Effects of powder particle size on mechanostructure and cell viability of the synthesised bioceramic bone grafts}, journal={JOURNAL OF CERAMIC PROCESSING RESEARCH}, year=2018, pages={5-10} }