Sarac, E. C. Et Al. 2018. The effect of graphene layer number on the fabrication of graphene/carbon nanofiber bicomponent additives and the performance of PA6.6 based nanocomposites. SNAIA 2018, Smart NanoMaterials 2018: Advances, Innovation and Applications , (Paris, France), 50-57.

Sarac, E. C. , Okan, B. S. , Menceloglu, Y., & AYDIN, İ., (2018). The effect of graphene layer number on the fabrication of graphene/carbon nanofiber bicomponent additives and the performance of PA6.6 based nanocomposites . SNAIA 2018, Smart NanoMaterials 2018: Advances, Innovation and Applications (pp.50-57). Paris, France

Sarac, Elcin Et Al. "The effect of graphene layer number on the fabrication of graphene/carbon nanofiber bicomponent additives and the performance of PA6.6 based nanocomposites," SNAIA 2018, Smart NanoMaterials 2018: Advances, Innovation and Applications, Paris, France, 2018

Sarac, Elcin C. Et Al. "The effect of graphene layer number on the fabrication of graphene/carbon nanofiber bicomponent additives and the performance of PA6.6 based nanocomposites." SNAIA 2018, Smart NanoMaterials 2018: Advances, Innovation and Applications , Paris, France, pp.50-57, 2018

Sarac, E. C. Et Al. (2018) . "The effect of graphene layer number on the fabrication of graphene/carbon nanofiber bicomponent additives and the performance of PA6.6 based nanocomposites." SNAIA 2018, Smart NanoMaterials 2018: Advances, Innovation and Applications , Paris, France, pp.50-57.

@conferencepaper{conferencepaper, author={Elcin Cakal Sarac Et Al. }, title={The effect of graphene layer number on the fabrication of graphene/carbon nanofiber bicomponent additives and the performance of PA6.6 based nanocomposites}, congress name={SNAIA 2018, Smart NanoMaterials 2018: Advances, Innovation and Applications}, city={Paris}, country={France}, year={2018}, pages={50-57} }