KARATAŞ, Ö. Et Al. 2024. Magnetic anisotropy in rutile (TiO2) heavily implanted with cobalt ions: FMR, VSM and TEM studies. Magnetic Resonance-Current State and Future Perspectives (EPR 80) , (Kazan, Russia).

KARATAŞ, Ö., OKAY, C., özkal, B., KAZAN, S., RAMEEV, B., Cherkashin, N., ... Begishev, E.(2024). Magnetic anisotropy in rutile (TiO2) heavily implanted with cobalt ions: FMR, VSM and TEM studies . Magnetic Resonance-Current State and Future Perspectives (EPR 80), Kazan, Russia

KARATAŞ, ÖZGÜL Et Al. "Magnetic anisotropy in rutile (TiO2) heavily implanted with cobalt ions: FMR, VSM and TEM studies," Magnetic Resonance-Current State and Future Perspectives (EPR 80), Kazan, Russia, 2024

KARATAŞ, ÖZGÜL Et Al. "Magnetic anisotropy in rutile (TiO2) heavily implanted with cobalt ions: FMR, VSM and TEM studies." Magnetic Resonance-Current State and Future Perspectives (EPR 80) , Kazan, Russia, 2024

KARATAŞ, Ö. Et Al. (2024) . "Magnetic anisotropy in rutile (TiO2) heavily implanted with cobalt ions: FMR, VSM and TEM studies." Magnetic Resonance-Current State and Future Perspectives (EPR 80) , Kazan, Russia.

@conferencepaper{conferencepaper, author={ÖZGÜL KARATAŞ Et Al. }, title={Magnetic anisotropy in rutile (TiO2) heavily implanted with cobalt ions: FMR, VSM and TEM studies}, congress name={Magnetic Resonance-Current State and Future Perspectives (EPR 80)}, city={Kazan}, country={Russia}, year={2024}}