In this research, a low temperature in-field 57Fe Mössbauer spectroscopy is used for investigation of anomalous magnetic properties of MnZn nanoferrite. Based on Mössbauer spectroscopy results, the reduced saturation magnetization of MnZn nanoferrite in respect to that of bulk sample is due to nonequilibrium cation distribution and spin disorder. The enhanced Curie temperature of MnZn nanoferrite in respect to that of bulk sample can be attributed to the strengthening of the (A)-O-[B] superexchange interactions due to an increase of the magnetic ion concentration in the (A) site.
Nasr Isfahani,M. and Sepelak,V. (2019). A Mössbauer effect study, as the main key to the investigation of anomalous magnetic properties of MnZn nanoferrite. Iranian Journal of Physics Research, 12(3), 262-262.
MLA
Nasr Isfahani,M. , and Sepelak,V. . "A Mössbauer effect study, as the main key to the investigation of anomalous magnetic properties of MnZn nanoferrite", Iranian Journal of Physics Research, 12, 3, 2019, 262-262.
HARVARD
Nasr Isfahani M., Sepelak V. (2019). 'A Mössbauer effect study, as the main key to the investigation of anomalous magnetic properties of MnZn nanoferrite', Iranian Journal of Physics Research, 12(3), pp. 262-262.
CHICAGO
M. Nasr Isfahani and V. Sepelak, "A Mössbauer effect study, as the main key to the investigation of anomalous magnetic properties of MnZn nanoferrite," Iranian Journal of Physics Research, 12 3 (2019): 262-262,
VANCOUVER
Nasr Isfahani M., Sepelak V. A Mössbauer effect study, as the main key to the investigation of anomalous magnetic properties of MnZn nanoferrite. Dear user; Recently we have changed our software to Sinaweb. If you had already registered with the old site, you may use the same USERNAME but you need to change your password. To do so at the first use, please choose, 2019; 12(3): 262-262.
