Yeşil Acar, Z. Et Al. 2022. Development of nanohybrid dental composite containing mesoporous carrier silica particles: Synthesis particles, determination of fluoride adsorption capacities, and addition of the composite. Polymer Composites , vol.43, no.11 , 8545-8559.

Yeşil Acar, Z., Tunç Koçyiğit, M., & Asiltürk, M., (2022). Development of nanohybrid dental composite containing mesoporous carrier silica particles: Synthesis particles, determination of fluoride adsorption capacities, and addition of the composite. Polymer Composites , vol.43, no.11, 8545-8559.

Yeşil Acar, Zerin, Merve Tunç Koçyiğit, And MELTEM ASİLTÜRK ERSOY. "Development of nanohybrid dental composite containing mesoporous carrier silica particles: Synthesis particles, determination of fluoride adsorption capacities, and addition of the composite," Polymer Composites , vol.43, no.11, 8545-8559, 2022

Yeşil Acar, Zerin Y. Et Al. "Development of nanohybrid dental composite containing mesoporous carrier silica particles: Synthesis particles, determination of fluoride adsorption capacities, and addition of the composite." Polymer Composites , vol.43, no.11, pp.8545-8559, 2022

Yeşil Acar, Z. Tunç Koçyiğit, M. And Asiltürk, M. (2022) . "Development of nanohybrid dental composite containing mesoporous carrier silica particles: Synthesis particles, determination of fluoride adsorption capacities, and addition of the composite." Polymer Composites , vol.43, no.11, pp.8545-8559.

@article{article, author={Zerin Yeşil Acar Et Al. }, title={Development of nanohybrid dental composite containing mesoporous carrier silica particles: Synthesis particles, determination of fluoride adsorption capacities, and addition of the composite}, journal={Polymer Composites}, year=2022, pages={8545-8559} }