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Conclusive Demonstration of the Ferromagnetic Nature of the Interaction Between Holmium(III) and Aminoxyl Radicals
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1999
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Magnetic PropertiesEngineeringLow-dimensional MagnetismOxide CompoundTemperature DependenceMagnetic ResonanceChemistryInteraction Between HolmiumMagnetic MaterialsRedox BiologyInorganic CompoundMagnetismRedox ChemistryMaterials ScienceInorganic ChemistryPhysicsRadical (Chemistry)Molecular Magnetic MaterialsAminoxyl RadicalsMagnetic MaterialInorganic SynthesisSpintronicsMolecule-based MagnetNatural SciencesConclusive DemonstrationFunctional Materials
Metal–organo magnetic interactions involving lanthanideshave become important in the search for molecular magnetic materials. Here is reported the synthesis of a holmium(III)–nitronyl oxide compound (see Figure). The temperature dependence of its magnetic susceptibility reveals that it has a ferromagnetic ground state, which verifies theoretical predictions.