M. KUŞDEMİR Et Al. , "Does Al2O3 airborne particle abrasion improve repair bond strength of universal adhesives to aged and non-aged nanocomposites?," Journal of Adhesion Science and Technology , vol.35, no.21, pp.2275-2287, 2021
KUŞDEMİR, M. Et Al. 2021. Does Al2O3 airborne particle abrasion improve repair bond strength of universal adhesives to aged and non-aged nanocomposites?. Journal of Adhesion Science and Technology , vol.35, no.21 , 2275-2287.
KUŞDEMİR, M., Yüzbasioglu, E., Toz-Akalın, T., ÖZTÜRK BOZKURT, F., Özsoy, A., & Özcan, M., (2021). Does Al2O3 airborne particle abrasion improve repair bond strength of universal adhesives to aged and non-aged nanocomposites?. Journal of Adhesion Science and Technology , vol.35, no.21, 2275-2287.
KUŞDEMİR, Mahmut Et Al. "Does Al2O3 airborne particle abrasion improve repair bond strength of universal adhesives to aged and non-aged nanocomposites?," Journal of Adhesion Science and Technology , vol.35, no.21, 2275-2287, 2021
KUŞDEMİR, Mahmut Et Al. "Does Al2O3 airborne particle abrasion improve repair bond strength of universal adhesives to aged and non-aged nanocomposites?." Journal of Adhesion Science and Technology , vol.35, no.21, pp.2275-2287, 2021
KUŞDEMİR, M. Et Al. (2021) . "Does Al2O3 airborne particle abrasion improve repair bond strength of universal adhesives to aged and non-aged nanocomposites?." Journal of Adhesion Science and Technology , vol.35, no.21, pp.2275-2287.
@article{article, author={Mahmut KUŞDEMİR Et Al. }, title={Does Al2O3 airborne particle abrasion improve repair bond strength of universal adhesives to aged and non-aged nanocomposites?}, journal={Journal of Adhesion Science and Technology}, year=2021, pages={2275-2287} }