The first dysprosium complexes with a terminal fluoride ligand are obtained as air‐stable compounds. The strong, highly electrostatic dysprosium–fluoride bond generates a large axial crystal‐field splitting of the
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Abstract J =15/2 ground state, as evidenced by high‐resolution luminescence spectroscopy and correlated with the single‐molecule magnet behavior through experimental magnetic susceptibility data and ab initio calculations. -
Norel, Lucie ; Darago, Lucy E. ; Le Guennic, Boris ; Chakarawet, Khetpakorn ; Gonzalez, Miguel I. ; Olshansky, Jacob H. ; Rigaut, Stéphane ; Long, Jeffrey R. ( , Angewandte Chemie)
Abstract The first dysprosium complexes with a terminal fluoride ligand are obtained as air‐stable compounds. The strong, highly electrostatic dysprosium–fluoride bond generates a large axial crystal‐field splitting of the
J =15/2 ground state, as evidenced by high‐resolution luminescence spectroscopy and correlated with the single‐molecule magnet behavior through experimental magnetic susceptibility data and ab initio calculations.