Atıf Formatları
Analysis of breakdown mechanism based on contact area and field enhancement factor of different electrode-material combinations
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

F. Akın And O. Arıkan, "Analysis of breakdown mechanism based on contact area and field enhancement factor of different electrode-material combinations," International Journal of Energy Research , vol.46, no.9, pp.12674-12686, 2022

Akın, F. And Arıkan, O. 2022. Analysis of breakdown mechanism based on contact area and field enhancement factor of different electrode-material combinations. International Journal of Energy Research , vol.46, no.9 , 12674-12686.

Akın, F., & Arıkan, O., (2022). Analysis of breakdown mechanism based on contact area and field enhancement factor of different electrode-material combinations. International Journal of Energy Research , vol.46, no.9, 12674-12686.

Akın, Fırat, And Oktay ARIKAN. "Analysis of breakdown mechanism based on contact area and field enhancement factor of different electrode-material combinations," International Journal of Energy Research , vol.46, no.9, 12674-12686, 2022

Akın, Fırat And Arıkan, Oktay. "Analysis of breakdown mechanism based on contact area and field enhancement factor of different electrode-material combinations." International Journal of Energy Research , vol.46, no.9, pp.12674-12686, 2022

Akın, F. And Arıkan, O. (2022) . "Analysis of breakdown mechanism based on contact area and field enhancement factor of different electrode-material combinations." International Journal of Energy Research , vol.46, no.9, pp.12674-12686.

@article{article, author={Fırat AKIN And author={Oktay ARIKAN}, title={Analysis of breakdown mechanism based on contact area and field enhancement factor of different electrode-material combinations}, journal={International Journal of Energy Research}, year=2022, pages={12674-12686} }