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In the present article, we report the effect of Mn substitution for Fe on the temperature dependence of magnetization, AC magnetic susceptibility and electrical resistivity of Ho0.85Tb0.15Fe2.The compounds Ho0.85Tb0.15Fe(2-x)Mnx [x = 0-2] form in single phase with cubic Laves phase structure and the lattice parameter increases with the addition of Mn. The Curie temperature decreases with increasing...
Magnetic and electrical transport studies have been carried out on Ho0.85Tb0.15Fe2-xMnx[x=0-2] in the temperature range 5-300 K. The saturation magnetization at 5 K is found to increase with increasing Mn content due to the absence of Mn moments. The temperature variation of magnetization reveals several spin reorientation transitions and these are compared with the ac susceptibility results. Electrical...
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