Metal–organic frameworks represent the ultimate chemical platform on which to develop a
new generation of designer magnets. In contrast to the inorganic solids that have dominated …

Materials with magnetic interactions between their metal centres play a tremendous role in
modern technologies and can exhibit unique physical phenomena. In recent years …

A novel biocompatible and bioactive Metal–Organic Framework (BioMOF), named BioMIL-5
(Bioactive Materials from Institut Lavoisier), was hydrothermally synthesized from a Zn2+ salt …

Low-dimensional nanostructures offer a host of intriguing properties which are distinct from
those of the bulk material, owing to size-confinement effects and amplified surface areas …

A series of novel mixed-ligand coordination polymers, namely,{[Cd2 (μ4-L)(μ3-OH)(phen) 2]·
2H2O} n (1),{[Mn3 (μ5-L) 2 (phen) 2 (H2O)]· H2O} n (2),[Cd2 (μ3-L)(H2biim) 2 (μ2-Hbiim)] n …

This study probes the magnetic properties and interactions of the Ln (HCO2) 3 (Ln= Tb3+–
Er3+) frameworks. We show that the magnetocaloric effect of Tb (HCO2) 3 is significantly …

The structures of seven new transition metal frameworks featuring Mn, Co, or Zn and either
the meso or chiral d and l isomers of the 2, 3-dimethylsuccinate ligand are reported …

Three new 3-D coordination networks were synthesized using alkaline-earth metal centers,
calcium, and strontium, with 2, 5-thiophenedicarboxylate (TDC) as the organic linker.[Ca2 …

This study probes the magnetic and ferroelectric ordering of the NH4M (HCO2) 3 (M= Mn2+,
Fe2+, Co2+ and Ni2+) frameworks using neutron diffraction, improving the understanding of …

Co adipate, Co (C6H8O4), has been found to order near 10 K into a magnetic structure
featuring sheets of tetrahedral Co cations coupled antiferromagnetically in two dimensions …