Coordination anion effects on the geometry and magnetic interaction of binuclear Dy<sub>2</sub> single-molecule magnets
Jinjiang Wu, Xiaolei Li, Léo La Droitte, Olivier Cador, Boris Le Guennic, Jinkui Tang
Abstract
calculations reveal that these interactions may result from strong intramolecular dipolar couplings that are ferromagnetic for 1 but antiferromagnetic for 2, while exchange couplings are antiferromagnetic in both cases.
Topics & Concepts
AntiferromagnetismCrystallographyDysprosiumChemistryDodecahedronFerromagnetismIntramolecular forceCoordination geometryDenticityLigand (biochemistry)MoleculeMethyleneAb initioOctahedronSingle-molecule magnetAb initio quantum chemistry methodsOctahedral molecular geometryStereochemistryInorganic chemistryCrystal structureCondensed matter physicsMagnetizationMagnetic fieldPhysicsHydrogen bondReceptorQuantum mechanicsBiochemistryOrganic chemistryMagnetism in coordination complexesLanthanide and Transition Metal ComplexesElectron Spin Resonance Studies