
Magnetoelectric Coupling in Eu(1-x)Y(x)MnO(3)
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This work presents an experimental research of the physical properties of the orthorhombic Eu1-xYxMnO3 system at low temperatures, mainly focused on its ferroelectric properties, magnetoelectric coupling, and on the lattice mediated spin-phonon coupling, arising from the competition of magnetic interactions in this system. A thorough analysis towards the correlation between both structural and Raman modes parameters has been undertaken. The results provide evidence for two main structural distortions of MnO6 octahedra, arising from a cooperative Jahn-Teller and rotational distortions in these ...
This work presents an experimental research of the physical properties of the orthorhombic Eu1-xYxMnO3 system at low temperatures, mainly focused on its ferroelectric properties, magnetoelectric coupling, and on the lattice mediated spin-phonon coupling, arising from the competition of magnetic interactions in this system. A thorough analysis towards the correlation between both structural and Raman modes parameters has been undertaken. The results provide evidence for two main structural distortions of MnO6 octahedra, arising from a cooperative Jahn-Teller and rotational distortions in these compounds.