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We have studied the low-temperature properties of Pr$_{x}$La$_{1-x}$Pb$_{3}$with non-Kramers $\Gamma_{3}$ quadrupolar moments of the crystal-electric-fieldground state, for a wide concentration range of Pr ions. For $x$$\le$0.05, thespecific heat $C/T$ increases monotonically below $T$=1.5 K, which can bescaled with a characteristic temperature $T^{*}$ defined at each concentration$x$. The electrical resistivity $\rho$$(T)$ in the corresponding temperatureregion shows a marked decrease deviating from a Fermi-liquid behavior$\rho$$(T)$$\propto$$T^{2}$. The Kondo effect arising from the correlationbetween the dilute $\Gamma_{3}$ moments and the conduction electrons may giverise to such anomalous behavior

Non-Fermi Liquid Behavior in Dilute Quadrupolar System PrxLa1-xPb3withx≤0.05

Non-Fermi Liquid Behavior in Dilute Quadrupolar System Pr_xLa_1-xPb₃withx≤0.05