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We report the high-field induced magnetic phase in single crystal ofU(Ru0.92Rh0.08)2Si2. Our neutron study combined with high-field magnetization,shows that the magnetic phase above the first metamagnetic transition at Hc1 =21.6 T has an uncompensated commensurate antiferromagnetic structure withpropagation vector Q2 = ( 2/3 0 0) possessing two single-Q domains. U momentsof 1.45 (9) muB directed along the c axis are arranged in an up-up-downsequence propagating along the a axis, in agreement with bulk measurements. TheU magnetic form factor at high fields is consistent with both the U3+ and U4+type. The low field short-range order that emerges from the pure URu2Si2 due toRh-doping is initially strengthened by the field but disappears in thefield-induced phase. The tetragonal symmetry is preserved across the transitionbut the a axis lattice parameter increases already at low fields. Our resultsare in agreement with itinerant electron model with 5f states forming bandspinned in the vicinity of the Fermi surface that is significantly reconstructedby the applied magnetic field.

Magnetic structure in U(Ru0.92Rh0.08)2Si2 single crystal studied by neutron diffraction in static magnetic fields up to 24 T