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The Magnetic Inhomogeneous Structure of Fe65Ni35 Alloy by Means of Polarized Neutron Small-Angle Scattering

To test a model for the magnetically inhomogeneous structure in Fe<inf>65</inf>Ni<inf>35</inf> invar alloys, according to which paramagnetic clusters are formed in Fe-rich regions, a polarized neutron scattering device was used to measure the polarized neutron small-angle scattering in natural (Fe<inf>65</inf><sup>nat</sup>Ni<inf>35</inf>) and isotopic (Fe<inf>65</inf><sup>62</sup>Ni<inf>35</inf>) samples. Measured deviations from average scattering amplitude densities coincided with values predicted on the basis of the model, and provided information on the shapes of the paramagnetic clusters.