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Conversion electron Mossbauer spectroscopy and magneto-optical Kerr effect were applied to investigate hyperfine interactions and macroscopic magnetic properties of Finemet-type thin films Phase analysis as well as compositional evolution of hyperfine parameters and coercivity was performed in the range of chromium percentage 0 <= x <= 14 Essential differences in structure and hyperfine parameters were found for films of different chromium concentration Coercivity shows non-monotonic dependence with minimal value at x = 5

Finemet Thin Films Substituted by Chromium - CEMS and MOKE Study