S. YENİYOL Et Al. , "Comparative Response of CRL-11372 Cells to Surface Roughness and Crystalline Structure of the Surfaces Developed by Sandblasting, Etching, and TiO<sub>2</sub> Coating on Commercially Pure Ti Discs," Materials Sciences and Applications , vol.5, no.05, pp.245-257, 2014
YENİYOL, S. Et Al. 2014. Comparative Response of CRL-11372 Cells to Surface Roughness and Crystalline Structure of the Surfaces Developed by Sandblasting, Etching, and TiO<sub>2</sub> Coating on Commercially Pure Ti Discs. Materials Sciences and Applications , vol.5, no.05 , 245-257.
YENİYOL, S., KEPENEK, B., BİLİR, A., ÇAKIR, A. F., BALCIOĞLU, N., YENİYOL, M., ... ÖZDEMİR, T.(2014). Comparative Response of CRL-11372 Cells to Surface Roughness and Crystalline Structure of the Surfaces Developed by Sandblasting, Etching, and TiO<sub>2</sub> Coating on Commercially Pure Ti Discs. Materials Sciences and Applications , vol.5, no.05, 245-257.
YENİYOL, SİNEM Et Al. "Comparative Response of CRL-11372 Cells to Surface Roughness and Crystalline Structure of the Surfaces Developed by Sandblasting, Etching, and TiO<sub>2</sub> Coating on Commercially Pure Ti Discs," Materials Sciences and Applications , vol.5, no.05, 245-257, 2014
YENİYOL, SİNEM Et Al. "Comparative Response of CRL-11372 Cells to Surface Roughness and Crystalline Structure of the Surfaces Developed by Sandblasting, Etching, and TiO<sub>2</sub> Coating on Commercially Pure Ti Discs." Materials Sciences and Applications , vol.5, no.05, pp.245-257, 2014
YENİYOL, S. Et Al. (2014) . "Comparative Response of CRL-11372 Cells to Surface Roughness and Crystalline Structure of the Surfaces Developed by Sandblasting, Etching, and TiO<sub>2</sub> Coating on Commercially Pure Ti Discs." Materials Sciences and Applications , vol.5, no.05, pp.245-257.
@article{article, author={SİNEM YENİYOL Et Al. }, title={Comparative Response of CRL-11372 Cells to Surface Roughness and Crystalline Structure of the Surfaces Developed by Sandblasting, Etching, and TiO<sub>2</sub> Coating on Commercially Pure Ti Discs}, journal={Materials Sciences and Applications}, year=2014, pages={245-257} }