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Study of ~(57)Fe M?ssbauer Effect on DyFe_2Zn_(20) and YFe_2Zn_(20)

机译:〜(57)Fe M?ssbauer对DyFe_2Zn_(20)和YFe_2Zn_(20)的影响研究

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摘要

The ~(57)Fe M?ssbauer effect of DyFe_2Zn_(20) and YFe_2Zn_(20) was studied at temperatures between 8 and 301 K, and at room temperature in the presence of an external magnetic field. The spectra of the two compounds appeared almost the same at temperatures above 77 K. Each spectrum exhibited a double peak, which is attributed to the electric field gradient (EFG) present at the Fe nuclei. However, the spectrum of DyFe_2Zn_(20) at 8K exhibited a complicated shape, resulting from a magnetic hyperfine field and the EFG at the Fe nuclei. From the detailed analyses of the spectra, we concluded that Fe magnetic moments interact antiferromagnetically with Dy magnetic moments and that the Fe magnetic moments in DyFe_2Zn_(20) at 8K are approximately 0.2μ_B/Fe.
机译:DyFe_2Zn_(20)和YFe_2Zn_(20)的〜(57)Fe M?ssbauer效应是在8到301 K之间的温度以及室温下在有外部磁场的情况下研究的。在高于77 K的温度下,两种化合物的光谱看起来几乎相同。每个光谱均显示一个双峰,这归因于Fe原子核上存在的电场梯度(EFG)。然而,DyFe_2Zn_(20)的光谱在8K处表现出复杂的形状,这是由于铁超磁场和Fe核处的EFG所致。通过对光谱的详细分析,我们得出结论,Fe磁矩与Dy磁矩反铁磁相互作用,并且DyFe_2Zn_(20)在8K时的Fe磁矩约为0.2μB/ Fe。

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