Y. Güleşci Kartal Et Al. , "An alternative material obtained for spintronic applications using frst‑principles approximations: TiV2Se4 spinel," THEORETICAL CHEMISTRY ACCOUNTS , vol.144, pp.16-30, 2025
Güleşci Kartal, Y. Et Al. 2025. An alternative material obtained for spintronic applications using frst‑principles approximations: TiV2Se4 spinel. THEORETICAL CHEMISTRY ACCOUNTS , vol.144 , 16-30.
Güleşci Kartal, Y., Ahmed W. , A. A., Özdemir, E. G., Doğruer, S., Balmumcu, F. I., & Merdan, Z., (2025). An alternative material obtained for spintronic applications using frst‑principles approximations: TiV2Se4 spinel. THEORETICAL CHEMISTRY ACCOUNTS , vol.144, 16-30.
Güleşci Kartal, YELİZ Et Al. "An alternative material obtained for spintronic applications using frst‑principles approximations: TiV2Se4 spinel," THEORETICAL CHEMISTRY ACCOUNTS , vol.144, 16-30, 2025
Güleşci Kartal, YELİZ G. Et Al. "An alternative material obtained for spintronic applications using frst‑principles approximations: TiV2Se4 spinel." THEORETICAL CHEMISTRY ACCOUNTS , vol.144, pp.16-30, 2025
Güleşci Kartal, Y. Et Al. (2025) . "An alternative material obtained for spintronic applications using frst‑principles approximations: TiV2Se4 spinel." THEORETICAL CHEMISTRY ACCOUNTS , vol.144, pp.16-30.
@article{article, author={YELİZ GÜLEŞCİ KARTAL Et Al. }, title={An alternative material obtained for spintronic applications using frst‑principles approximations: TiV2Se4 spinel}, journal={THEORETICAL CHEMISTRY ACCOUNTS}, year=2025, pages={16-30} }