Non Fermi liquid properties of Ni-V close to the ferromagnetic quantum critical point

Resistivity ($\rho )$ and magnetization ($M)$ data of the d-metal alloy Ni$_{1-x}$V$_{x}$ are presented in the vicinity of the critical vanadium concentration $x_{c}\approx $11{\%} where the onset of long-range ferromagnetic (FM) order is suppressed to zero temperature. Above x$_{c}$ the temperature ($T)$ dependence of the magnetic susceptibility is best described by simple nonuniversal power laws (e.g. \textit{M/H(T,H$\to $0) $\sim $T}$^{\alpha -1}$ ). Also the resistivity displays power laws (\textit{$\Delta \rho \sim $T}$^{n})$. Both exponents $\alpha $(x) and n(x) vary with x displaying signatures of a disordered quantum phase transition in a metal very different than of a clean 3D FM.