Abstract
The measurements on magnetization (M), resistivity (ρ) and specific heat (C) were carried out for the ferromagnetic CeTi NixGe3 (0.0 x 0.45) system. It was found that the Curie temperature, TC, decreases with increasing Ni content, x, and reaches zero kelvin near a critical content xcr = 0.44. A new phase diagram is constructed based on these measurements. The non-Fermi liquid (nFL) behavior in ρ(T), and (T0/T) relationship in C/T in the samples near xcr, demonstrate that strong spin fluctuation emerges in these samples, indicating that they are near a quantum critical point (QCP). Our results indicate that CeTi NixGe3 may provide another platform to study exotic quantum phenomena near ferromagnetic QCP.
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