A. T. Ozdemir And B. Bostan, "Microstructure and electrical resistivity features in Al-Al 4 C 3in-situ composite after attrition milling and double sequence of compaction and high temperature treatment," Kovove Materialy , vol.50, no.2, pp.89-95, 2012
Ozdemir, A. T. And Bostan, B. 2012. Microstructure and electrical resistivity features in Al-Al 4 C 3in-situ composite after attrition milling and double sequence of compaction and high temperature treatment. Kovove Materialy , vol.50, no.2 , 89-95.
Ozdemir, A. T., & Bostan, B., (2012). Microstructure and electrical resistivity features in Al-Al 4 C 3in-situ composite after attrition milling and double sequence of compaction and high temperature treatment. Kovove Materialy , vol.50, no.2, 89-95.
Ozdemir, ABBAS, And BÜLENT BOSTAN. "Microstructure and electrical resistivity features in Al-Al 4 C 3in-situ composite after attrition milling and double sequence of compaction and high temperature treatment," Kovove Materialy , vol.50, no.2, 89-95, 2012
Ozdemir, ABBAS T. And Bostan, BÜLENT. "Microstructure and electrical resistivity features in Al-Al 4 C 3in-situ composite after attrition milling and double sequence of compaction and high temperature treatment." Kovove Materialy , vol.50, no.2, pp.89-95, 2012
Ozdemir, A. T. And Bostan, B. (2012) . "Microstructure and electrical resistivity features in Al-Al 4 C 3in-situ composite after attrition milling and double sequence of compaction and high temperature treatment." Kovove Materialy , vol.50, no.2, pp.89-95.
@article{article, author={ABBAS TAMER ÖZDEMİR And author={BÜLENT BOSTAN}, title={Microstructure and electrical resistivity features in Al-Al 4 C 3in-situ composite after attrition milling and double sequence of compaction and high temperature treatment}, journal={Kovove Materialy}, year=2012, pages={89-95} }