Tasci, U. Et Al. 2024. Correlation of microstructure, mechanical properties and electrical conductivityof Fe-Cu alloys produced by high-energy 3D ball milling and spark plasmasintering. CANADIAN METALLURGICAL QUARTERLY , no.Published online , 1-12.

Tasci, U., Yilmaz, T. A., Ozer, M., & Ozer, A., (2024). Correlation of microstructure, mechanical properties and electrical conductivityof Fe-Cu alloys produced by high-energy 3D ball milling and spark plasmasintering. CANADIAN METALLURGICAL QUARTERLY , no.Published online, 1-12.

Tasci, UFUK Et Al. "Correlation of microstructure, mechanical properties and electrical conductivityof Fe-Cu alloys produced by high-energy 3D ball milling and spark plasmasintering," CANADIAN METALLURGICAL QUARTERLY , no.Published online, 1-12, 2024

Tasci, UFUK Et Al. "Correlation of microstructure, mechanical properties and electrical conductivityof Fe-Cu alloys produced by high-energy 3D ball milling and spark plasmasintering." CANADIAN METALLURGICAL QUARTERLY , no.Published online, pp.1-12, 2024

Tasci, U. Et Al. (2024) . "Correlation of microstructure, mechanical properties and electrical conductivityof Fe-Cu alloys produced by high-energy 3D ball milling and spark plasmasintering." CANADIAN METALLURGICAL QUARTERLY , no.Published online, pp.1-12.

@article{article, author={UFUK TAŞCI Et Al. }, title={Correlation of microstructure, mechanical properties and electrical conductivityof Fe-Cu alloys produced by high-energy 3D ball milling and spark plasmasintering}, journal={CANADIAN METALLURGICAL QUARTERLY}, year=2024, pages={1-12} }