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A sigma-Fe54.5Cr45.5 samples irradiated in vacuum with 2 MeV Fe3+ ions at300, 400, 475 and 700 deg C to the maximum dose of 12.5 dpa were studied withthe conversion electron M\"ossbauer spectroscopy (CEMS). The analysis of theroom temperature CEMS spectra revealed an irradiation-induced redistribution ofFe atoms viz. their number on B and D sites decreased while on A, C and E sitesincreased. The degree of the redistribution was found to be proportional to thenumber of Fe atoms present on the lattice sites in the non-irradiated samples.The highest degree of the redistribution was revealed in the sample irradiatedat 300 deg C. No change in the site occupancy was found in the sampleirradiated at 700 deg C.

Effect of 2 MeV Fe3+ irradiation on Fe atom site population in a sigma-phase Fe-Cr compound