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Magnetic small-angle neutron scattering (SANS) is ideally suited to providedirect, reciprocal-space information of long-wavelength magnetic modulations,such as helicoids, solitons, merons, or skyrmions. SANS of such structures inthin films or micro-structured bulk materials is strongly limited by the tinyscattering volume vis a vis the prohibitively large background scattering bythe substrate and support structures. Considering near-surface scatteringclosely above the critical angle of reflection, where unwanted signalcontributions due to substrate or support structures becomes very small, weestablish equivalent scattering patterns of the helical, conical, skyrmionlattice, and fluctuation-disordered phases in a polished bulk sample of MnSibetween conventional transmission and near-surface SANS geometries. Thismotivates the prediction of a complete repository of scattering patternsexpected for thin films in the near-surface SANS geometry for each orientationof the magnetic order with respect to the scattering plane.

Small-angle neutron scattering of long-wavelength magnetic modulations in reduced sample dimensions