The spin crossover phenomenon in molecular inorganic compounds is one of the most
spectacular examples of bistability phenomena leading to a switching between the high …

Various models describing the stationary temperature‐induced phenomenon of spin
crossover in metal complexes are briefly discussed. The emphasis is put on the usability of …

The recently developed mechanoelastic model is applied to characterize the thermal
transition in spin-crossover complexes, with special attention given to the case of spin …

Structural studies involving single-crystal and powder X-ray diffraction analysis have been
performed on dehydrated coordination networks of the [Ni x Co1–x (bpy) 3][LiCr (ox) 3] …

Spin-crossover (SC) complexes are one of the most fascinating examples of molecular
bistability, whose solid-state properties are tightly connected to cooperative interactions …

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 …

A three-dimensional version of the electroelastic model allowing the description of spin-
crossover (SCO) materials taking into account for the volume change at the transition …

The experimental studies of spin-crossover compounds switched in the last decade from
bulk measurements and macroscopic observations to the nanoscale and microscopic …

We investigate the thermal hysteresis of spin-crossover compounds by using the first-order
reversal curve (FORC) method. By magnetic measurements we have recorded the FORC …

This work is devoted to the investigation of the influence of dopants on the cooperativity of
3D Hofmann-based spin-crossover solids {Fe1–x M x (pz)[Pd (CN) 4]}, as reflected in the …