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Structural and multiferroic behavior of a new Bi2FeMoO6 material

S. Ravi,C. Senthilkumar-2015-01-01-AIP conference proceedings
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TL;DRAbstract

A new multiferroic Bi2FeMoO6 was synthesized by chemical route. The crystal structure was found to be distorted from cubic double perovskite structure, has rhombohedral symmetry. SEM reveals the formation of nanosized aggolomers and EDS confirms the material composition. Magnetic study shows the room temperature ferromagnetism. It also gives good co-existence of ferroelectricity at room temperature. These results suggests that the material can be envisaged as promising multiferroic material.

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A new multiferroic Bi2FeMoO6 was synthesized by chemical route. The crystal structure was found to be distorted from cubic double perovskite structure, has rhombohedral symmetry. SEM reveals the formation of nanosized aggolomers and EDS confirms the material composition. Magnetic study shows the room temperature ferromagnetism. It also gives good co-existence of ferroelectricity at room temperature. These results suggests that the material can be envisaged as promising multiferroic material.

Keywords

MultiferroicsFerroelectricityMaterials scienceFerromagnetismTrigonal crystal systemCondensed matter physicsCrystal structureSymmetry (geometry)

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