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We report magnetization ($M$) measurements close to the ferromagnetic quantumphase transition of the d-metal alloy Ni$_{1-x}$V$_x$ at a vanadiumconcentration of $x_c \approx 11.4 %$. In the diluted regime ($x>x_c$), thetemperature ($T$) and magnetic field ($H$) dependencies of the magnetizationare characterized by nonuniversal power laws and display $H/T$ scaling in awide temperature and field range. The exponents vary strongly with $x$ andfollow the predictions of a quantum Griffiths phase. We also discuss thedeviations and limits of the quantum Griffiths phase as well as the phaseboundaries due to bulk and cluster physics.

Signatures of a quantum Griffiths phase in a d-metal alloy close to its ferromagnetic quantum critical point