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Internal field nuclear magnetic resonance: A versatile tool to study the structural and magnetic properties of ferromagnetic materials

机译:内部现场核磁共振:用于研究铁磁性材料的结构和磁性的多功能工具

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~(59)Co-Internal Field Nuclear Magnetic Resonance (IFNMR), ~(57)Fe-IFNMR measurements are carried for the different materials like bulk cobalt, carbon coated cobalt (Co@C), bulk iron, carbon coated iron nanoparticles (Fe@C). The comparison of obtained results for bulk cobalt and Co@C shows that the bulk cobalt exists in the both the phases i.e., fcc and hcp phases, while the other exist only in the fcc phase. Further, the comparison of the NMR results of bulk iron and Fe@C confirms the presence of the single domain particles in the Fe@C samples. Thus, we propose IFNMR as a powerful tool to identify the structural and magnetic properties of ferro/ferrimagnetic materials.
机译:〜(59)共内保护核磁共振(IFNMR),〜(57)Fe-IFRMR测量为散装钴,碳涂覆的钴(CO),散装铁,碳涂层铁纳米粒子等不同材料进行Fe @ c)。对甲基钴和CO @ C的获得结果的比较表明,群体钴存在于阶段I.,FCC和HCP阶段,而另一个仅存在于FCC阶段。此外,散装铁和Fe @ C的NMR结果的比较确认了Fe @ C样品中单结构域颗粒的存在。因此,我们提出了IFNMR作为强大的工具,以识别铁纤维磁性材料的结构和磁性。

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