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Observation of room temperature ferromagnetism in Mn-Fe doped ZnO

机译:Mn-Fe掺杂ZnO室温铁磁性的观察

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A room temperature ferromagnetic Fe doped ZnO bulk sample has been synthesized by co-doping 2 at(percent) Mn with 2 at(percent) Fe in ZnO. The final firing temperature for the preparation of the Zn_(0.96)Mn_(0.02)Fe_(0.02)O sample is the same as the final firing temperature for the preparation of the Zn_(0.98)Mn_(0.02)O sample and in this case it is found to be 490 deg C. It has been found that room temperature ferromagnetism in Zn_(0.96)Mn_(0.02)Fe_(0.02)O is a factor of 1.6 times more than that observed in Zn_(0.98)Mn_(0.02)O samples. The size of the saturation magnetic field for the Zn_(0.96)Mn_(0.02)Fe_(0.02)O sample is, however, only a factor of 7 times more than that observed for nanocrystalline undoped ZnO.
机译:通过在ZnO(百分比)在ZnO中的2×(百分比)Fe,通过共掺杂2(百分比)Fe,合成室温铁磁性Fe掺杂ZnO ZnO批量样品。用于制备Zn_(0.96)Mn_(0.02)Fe_(0.02)O样品的最终烧制温度与用于制备Zn_(0.98)Mn_(0.02)O样品的最终烧制温度相同,并且在这种情况下发现是490℃。已经发现,Zn_(0.96)Mn_(0.02)Fe_(0.02)O中的室温铁磁性比在Zn_(0.98)MN_(0.02)中观察到的比例为1.6倍o样品。然而,Zn_(0.96)Mn_(0.02)Fe_(0.02)O样品的饱和磁场的尺寸仅仅比观察到纳米晶未掺杂的ZnO的倍数为7倍。

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