Net toroidal magnetic moment in the ground state of a {Dy6}-triethanolamine ring

The coordination chemistry and magnetism of some 3d-4f and 4f amino-polyalcohol compounds

Triethanolamine, teaH3, and diethanolamine, RdeaH2, 3d-4f and 4f compounds demonstrate an enormous variety in their structure and bonding. This review examines the synthetic strategies to these molecules and their magnetic properties, whilst trying to assess these ligands' suitability towards new SMMs and magnetic refrigerants.

Sm and Eu(iii) lanthanide triple helicate cages based on N,N′-methylene-bis(pyridin-4-one)

Sm and Eu(iii) lanthanide triple helicate cages have two distinct metal environments, with the Sm(iii) complex exhibiting homochirality and an increase in sensitization.

A new family of Ln7 clusters with an ideal D3h metal-centered trigonal prismatic geometry, and SMM and photoluminescence behaviors

A new family of emissive Ln₇ clusters with ideal D_3h metal-centered trigonal prismatic topology and SMM behavior has been obtained.

Chemical tuning of the magnetic relaxation in dysprosium(iii) mononuclear complexes

Deprotonation of the organic ligand of a ten coordinated dysprosium(iii) complex exhibiting a slow relaxation of the magnetization leads to a change in the metal local environment and speeds up the relaxation process.

{CoIII2DyIII2} single molecule magnet with two resolved thermal activated magnetization relaxation pathways at zero field

The new complex [Co(III)2Dy(III)2(OMe)2(teaH)2(Piv)6] in the {Co(III)2Dy(III)2} family, shows two well resolved thermal activated magnetization relaxation pathways under AC experiments in zero DC field. Fitted crystal field parameters suggest that the origin of these two pathways relies on two different excited mJ sub-levels.