Metal complexes involving d 4-d 7 first-row transition metals exhibit spin-crossover (SCO)
behaviour between low-spin and high-spin states in response to external stimuli such as …

The most widely studied spin crossover (SCO) systems are those involving hexacoordinate
iron (II) complexes immerse in the “magic” N 6 coordination sphere. In this review the …

Fundamental aspects of spin crossover (SCO) mechanisms are reviewed through
considerations of ligand/crystal field theory, thermodynamics, and modeling of the …

Spin transition (ST) materials are attractive for develo** photoswitchable devices, but their
slow material transformations limit device applications. Size reduction could enable faster …

Molecular spin crossover complexes are promising candidates for mechanical actuation
purposes. The relationships between their crystal structure and mechanical properties …

Spin-crossover molecules are very attractive compounds to realize multifunctional spintronic
devices. Understanding their properties when deposited on metals is therefore crucial for …

We investigated the interplay between the thermomechanical and spin-crossover (SCO)
properties of a series of stimuli-responsive polymer composites consisting of [Fe (NH2trz) 3] …

Bistable spin-crossover molecules are particularly interesting for the development of
innovative electronic and spintronic devices as they present two spin states that can be …

Bistable spin‐crossover (SCO) complexes that undergo abrupt and hysteretic (ΔT1/2) spin‐
state switching are desirable for molecule‐based switching and memory applications. In this …

In this paper, we present the ingredients that allow the building-up of the elastic model, one
of the approaches that successfully describes the phenomena observed in complex spin …