  A renormalization group treatment of the Kondo model with logarithmic Van
Hove singularity in the electron density of states is performed within
next-leading order scaling, different magnetic phases being considered. The
effective coupling constant remains small, renormalized magnetic moment and
spin-fluctuation frequency decreasing by several orders of magnitude. Thus wide
non-Fermi-liquid behavior regions are found from the scaling trajectories in a
broad interval of the bare coupling parameter. Applications to itinerant
magnetism theory are discussed.
