Abstract
The application of Mossbauer spectroscopy to the study of the megnetic properties of mixed metal oxides is illustrated here by descriptions of its use in the investigation of three different systems. Firstly, its use to examine relaxation processes and supertransferred magnetic hyperfine interactions in the compound iron antimonate which exhibits unusual spin glass behaviour is described. Secondly, the role of Mossbauer spectroscopy in detecting the nature of iron species in solid solution with zirconium dioxide and the segregation of phases during phase transitions is outlined. Finally, the important contribution which Mossbauer spectroscopy can make to the characterisation of new materials in which iron is located within the three dimensional channels of niobium titanium phosphate is described.
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