Molecular magnetism has travelled a long way from the pioneering studies on electron
exchange and double exchange or spin crossover and valence tautomerism in small …

The behaviour of spin crossover compounds is among the most striking and fascinating
shown by relatively simple molecular species. This review aims to draw attention to the …

The use of planar or tridimensional cyclic and acyclic Schiff bases, their polyamine
homologues and related derivatives, for the formation of mononuclear and especially …

The nanoporous metal-organic framework Fe2 (azpy) 4 (NCS) 4·(guest)(azpy is trans-4, 4′-
azopyridine) displays reversible uptake and release of guest molecules and contains …

This article reviews the most relevant chemical and structural aspects that influence the spin-
crossover phenomenon (SCO). Special attention is focussed on the recent development of …

The occurrence of spin-crossover (SCO) highly depends on external influences, ie
temperature, pressure, light irradiation or magnetic field, this electronic switching …

One of the most important trends in the spin crossover (SCO) field is focused on the
synthesis of new molecule-based functional materials in which the SCO properties may be …

This review deals with spin crossover effects in small polynuclear clusters, particularly
dinuclear species, and in extended network molecular materials, some of which have …

Structurally characterised cobalt (II) complexes containing pyridazine, triazole or triazolate
ligands are the subject of this review. Firstly a brief introduction to Schiff-base macrocyclic …

Triply switchable [CoII (dpzca) 2] shows an abrupt, reversible, and hysteretic spin crossover
(T 1/2↓= 168 K, T 1/2↑= 179 K, and Δ T 1/2= 11 K) between the high-spin (HS) and low …