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Room-temperature ferromagnetism in ion-implanted Co-doped TiO2(110) rutile
52
Citations
10
References
2004
Year
Materials EngineeringMagnetismMaterials ScienceMagnetic PropertiesEffective Saturation MagnetizationEngineeringFerroelasticsCorrosionOxide ElectronicsFerroelectric ApplicationRoom-temperature FerromagnetismApplied PhysicsTitanium Dioxide MaterialsFormal Oxidation StateFunctional MaterialsHigh-temperature Ion Implantation
Ferromagnetic Co-doped rutile TiO2 single crystals were synthesized by high-temperature ion implantation and characterized by a variety of techniques. Co is uniformly distributed to a depth of ∼300 nm with an average concentration of ∼2 at. %, except in the near-surface region, where the concentration is ∼3 at. %. Ferromagnetic behavior is exhibited at room temperature with an effective saturation magnetization of ∼0.6 μB/Co atom. The Co is in a formal oxidation state of +2 throughout the implanted region, and no Co(O) is detected.
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