Valence electron density measurements resolve the orbital states in FeV2O4 that drive its successive structural and ferrimagnetic transitions.
To consider the V3+ and Fe2+ orbital states, we analyze the distortion of the VO 6 octahedron and the FeO4 tetrahedron in terms of normal (Q) modes [1]
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Real-space determination of orbital states driving successive phase transitions in FeV2O4
Valence electron density measurements resolve the orbital states in FeV2O4 that drive its successive structural and ferrimagnetic transitions.