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Magnetic, electrical transport and structural investigations of orthorhombic perovskite Pr2 MnFeO6
C. Ganeshraj,
Published in
2010
Volume: 107
   
Issue: 9
Abstract
Substituting Mn ions in PrMnO3 by 3d-transition metal Fe ions, the structural, magnetic and magnetotransport properties are modified due to change in tolerance factor. The compound has an orthorhombic structure with the space group Pbnm. The field cooled magnetization data with temperature indicates that the compound is ferromagnetic below ∼200 K. The variation in magnetization with applied magnetic field show a hysteresis behavior, which confirms the ferromagnetic nature. The remanent magnetization and coercive field of the compound, at 2 K, were found to be 0.6169 μB /f.u. and 0.4291 T respectively. Mössbauer spectrum indicates that the Fe3+ ions are in high spin state. The temperature variation in electrical resistivity measurement shows the sample to be insulating in nature. © 2010 American Institute of Physics.
About the journal
JournalJournal of Applied Physics
ISSN00218979
Open AccessNo
Concepts (31)
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    3d transition metals
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    Applied magnetic fields
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    Coercive field
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    Electrical resistivity measurements
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    Electrical transport
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    FE-IONS
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    FE3+ IONS
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    FIELD-COOLED MAGNETIZATIONS
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    HIGH SPIN STATE
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    HYSTERESIS BEHAVIOR
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    MAGNETIC AND MAGNETOTRANSPORT PROPERTIES
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    Mn ions
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    ORTHORHOMBIC PEROVSKITE
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    Orthorhombic structures
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    REMANENT MAGNETIZATION
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    Space groups
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    Structural investigation
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    Temperature variation
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    TOLERANCE FACTOR
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    Electric conductivity
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    Ferromagnetic materials
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    Ferromagnetism
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    Ions
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    Iron compounds
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    Magnetic fields
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    Manganese
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    Manganese compounds
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    Oxide minerals
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    Perovskite
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    Spin dynamics
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    Magnetization