A comparison study of the Structural and magnetic properties of pure Ni metal and NiZnMn ferrite

A. Hussain, R. Al-haddad, M. Al-Hilli, M. Salman
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Abstract

The magnetic properties of a pure Nickel metal and Nickel-Zinc-Manganese ferrites having the chemical formula Ni0.1(Zn0.4Mn0.6)0.9Fe2O4 were studied. The phase formation and crystal structure was studied by using x-ray diffraction which confirmed the formation of pure single spinel cubic phase with space group (Fd3m) in the ferrite. The samples microstructure was studied with scanning electron microstructure and EDX. The magnetic properties of the ferrite and nickel metal were characterized by using a laboratory setup with a magnetic field in the range from 0-500 G. The ferrite showed perfect soft spinel phase behavior while the nickel sample showed higher magnetic loss and coercivity.
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纯Ni金属与NiZnMn铁氧体结构及磁性能的比较研究
研究了纯镍金属和化学式为Ni0.1(Zn0.4Mn0.6)0.9Fe2O4的镍锌锰铁氧体的磁性能。利用x射线衍射研究了铁素体的相形成和晶体结构,证实了铁素体中形成了纯的具有空间基团(Fd3m)的单尖晶石立方相。采用扫描电子显微结构和EDX对样品的微观结构进行了研究。在0 ~ 500 g的实验室磁场条件下,对铁素体和镍的磁性能进行了表征。铁素体表现出完美的软尖晶石相行为,而镍样品表现出较高的磁损失和矫顽力。
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