T. MUTUK And M. GÜRBÜZ, "Fabricating Graphene-Titanium (30micron) Composites By Powder Metallurgy Method: Microstructure And Mechanical Properties," International Congress on New Trends in Science, Engineering and Technology” (ICONTRENDS) , 2018
MUTUK, T. And GÜRBÜZ, M. 2018. Fabricating Graphene-Titanium (30micron) Composites By Powder Metallurgy Method: Microstructure And Mechanical Properties. International Congress on New Trends in Science, Engineering and Technology” (ICONTRENDS) .
MUTUK, T., & GÜRBÜZ, M., (2018). Fabricating Graphene-Titanium (30micron) Composites By Powder Metallurgy Method: Microstructure And Mechanical Properties . International Congress on New Trends in Science, Engineering and Technology” (ICONTRENDS)
MUTUK, Tuğba, And Mevlüt Gürbüz. "Fabricating Graphene-Titanium (30micron) Composites By Powder Metallurgy Method: Microstructure And Mechanical Properties," International Congress on New Trends in Science, Engineering and Technology” (ICONTRENDS), 2018
MUTUK, Tuğba And GÜRBÜZ, Mevlüt. "Fabricating Graphene-Titanium (30micron) Composites By Powder Metallurgy Method: Microstructure And Mechanical Properties." International Congress on New Trends in Science, Engineering and Technology” (ICONTRENDS) , 2018
MUTUK, T. And GÜRBÜZ, M. (2018) . "Fabricating Graphene-Titanium (30micron) Composites By Powder Metallurgy Method: Microstructure And Mechanical Properties." International Congress on New Trends in Science, Engineering and Technology” (ICONTRENDS) .
@conferencepaper{conferencepaper, author={Tuğba Mutuk And author={Mevlüt Gürbüz}, title={Fabricating Graphene-Titanium (30micron) Composites By Powder Metallurgy Method: Microstructure And Mechanical Properties}, congress name={International Congress on New Trends in Science, Engineering and Technology” (ICONTRENDS)}, city={}, country={}, year={2018}}