Two anomalies are observed in the temperature dependencies of the electrical conductivity and the thermoelectric power of ferrimagnetic manganese ferrites: a magnetic anomaly at the Néel temperature which can be explained with a model proposed previously and a second anomaly at 620 K which is due to a cation redistribution process
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two anomalies are observed in the temperature dependencies of the electrical conductivity and the th...
Two anomalies are observed in the temperature dependencies of the electrical conductivity and the th...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Electrical resistivity and thermoelectric power measurements have been made on single crystals of ma...
Electrical resistivity and thermoelectric power measurements have been made on single crystals of ma...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
AbstractTemperature dependent conductivity of materials is one prime interest of materials science. ...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two anomalies are observed in the temperature dependencies of the electrical conductivity and the th...
Two anomalies are observed in the temperature dependencies of the electrical conductivity and the th...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Electrical resistivity and thermoelectric power measurements have been made on single crystals of ma...
Electrical resistivity and thermoelectric power measurements have been made on single crystals of ma...
Electrical conductivity and thermopower measurements have been made on zinc and manganese ferrous fe...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
AbstractTemperature dependent conductivity of materials is one prime interest of materials science. ...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Two electronic magnetic relaxation phenomena are reported for the manganese ferrite system, which ar...
Add to ORKG