Atıf Formatları
Microstructural characterization and high-temperature wear behavior of refractory niobium-carbide growth in intermetallic iron-aluminide coatings
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

A. Günen Et Al. , "Microstructural characterization and high-temperature wear behavior of refractory niobium-carbide growth in intermetallic iron-aluminide coatings," Engineering Failure Analysis , vol.163, 2024

Günen, A. Et Al. 2024. Microstructural characterization and high-temperature wear behavior of refractory niobium-carbide growth in intermetallic iron-aluminide coatings. Engineering Failure Analysis , vol.163 .

Günen, A., ALTINAY, Y., & Sabun, Ş., (2024). Microstructural characterization and high-temperature wear behavior of refractory niobium-carbide growth in intermetallic iron-aluminide coatings. Engineering Failure Analysis , vol.163.

Günen, Ali, YASEMİN ALTINAY, And Şahin Sabun. "Microstructural characterization and high-temperature wear behavior of refractory niobium-carbide growth in intermetallic iron-aluminide coatings," Engineering Failure Analysis , vol.163, 2024

Günen, Ali Et Al. "Microstructural characterization and high-temperature wear behavior of refractory niobium-carbide growth in intermetallic iron-aluminide coatings." Engineering Failure Analysis , vol.163, 2024

Günen, A. ALTINAY, Y. And Sabun, Ş. (2024) . "Microstructural characterization and high-temperature wear behavior of refractory niobium-carbide growth in intermetallic iron-aluminide coatings." Engineering Failure Analysis , vol.163.

@article{article, author={Ali Günen Et Al. }, title={Microstructural characterization and high-temperature wear behavior of refractory niobium-carbide growth in intermetallic iron-aluminide coatings}, journal={Engineering Failure Analysis}, year=2024}