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Ferromagnetic Clusters on Disordered Si-Doped Ni3Mn Alloys

The magnetic structures of disordered (Ni3-xSix)Mn alloys have been examined by polarized neutron scattering at a temperature range down to 2 K. Neutron powder diffraction showed the existence of atomic short-range order. Diffuse neutron scattering measurements revealed the presence of both ferromagnetic and antiferromagnetic correlation. The ferromagnetic correlation is enhanced as x is increased. Ferromagnetic clusters with a gyration radius of about 8 Å are present, the size of which varies little with temperature or composition.