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The induced magnetic moments in the V 3d electronic states of interfaceatomic layers in a Fe(6ML)/V(7ML) superlattice was investigated by x-rayresonant magnetic scattering. The first V atomic layer next to Fe was found tobe strongly antiferromagnetically polarized relatively to Fe and the magneticmoments of the next few atomic layers in the interior V region decayexponentially with increasing distance from the interface, while the magneticmoments of the Fe atomic layers largely remain bulk-like. The induced V momentsdecay more rapidly as observed by x-ray magnetic scattering than in standardx-ray magnetic circular dichroism. The theoretical description of the inducedmagnetic atomic layer profile in V was found to strongly rely on the interfaceroughness within the superlattice period. These results provide new insightinto interface magnetism by taking advantage of the enhanced depth sensitivityto the magnetic profile over a certain resonant energy bandwidth in thevicinity of the Bragg angles.

Induced magnetism at the interfaces of a Fe/V superlattice investigated by resonant magnetic x-ray scattering