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Single crystals of the dilute, rare earth bearing, pseudo-ternary series,Gd_xY_{1-x}Fe_2Zn_{20} were grown out of Zn-rich solution. Measurements ofmagnetization, resistivity and heat capacity on Gd_xY_{1-x}Fe_2Zn_{20} samplesreveal ferromagnetic order of Gd^{3+} local moments across virtually the wholeseries ($x \geq 0.02$). The magnetic properties of this series, including theferromagnetic ordering, the reduced saturated moments at base temperature, thedeviation of the susceptibilities from Curie-Weiss law and the anomalies in theresistivity, are understood within the frame work of dilute, $\textbf {S}$moments (Gd^{3+}) embedded in a nearly ferromagnetic Fermi liquid(YFe_2Zn_{20}). The s-d model is employed to further explain the variation of$T_{\mathrm{C}}$ with x as well as the temperature dependences of of thesusceptibilities.

Magnetic properties of Gd_xY_{1-x}Fe_2Zn_{20}: dilute, large, $\textbf {S}$ moments in a nearly ferromagnetic Fermi liquid