The complexes [Co (L)] X· S (X= CoCl42−, S= CH3CN (1); X= ZnCl42−, S= CH3OH (2)),[Co
(L)] X2· S (X= ClO4−, S= 2CH3OH (3) and X= BF4−(4)) and [Co (L)(NCS) 2](5), where L= the …

This book chapter is mainly devoted to the recent findings about the cobalt (II) single-ion
magnets (SIMs). Influence of various coordination numbers (from 2 to 8) around Co (II) in …

There has been a renaissance in the interdisciplinary field of Molecular Magnetism since~
2000, due to the discovery of the impressive properties and potential applications of d-and f …

Elevated levels of reactive oxygen species and peroxidase expression are often associated
with inflammation and inflammatory diseases. We developed two novel Co (II) complexes …

Two mononuclear trigonal prismatic Co (II) complexes [Co (tppm*)][BPh4] 2 (1) and [Co
(hpy)][BPh4] 2· 3CH2Cl2 (2)(tppm*= 6, 6′, 6 ″-(methoxymethanetriyl) tris (2-(1 H-pyrazol-1 …

Stabilizing an easy axis of magnetization in an octahedral Co (II) complex is an extremely
challenging task, which is evident from reports that more than 90% possess easy-plane …

The title cobalt (II) pseudoclathrochelate complexes possess an intermediate trigonal
prismatic–trigonal antiprismatic geometry. As follows from PPMS data, they exhibit an SMM …

Herein, we report a new trigonal prismatic cobalt (II) complex that behaves as a single
molecule magnet. The obtained zero‐field splitting, which is also directly accessed by THz …

Combined experimental 57Fe Mössbauer and theoretical DFT study of a series of iron (II)-
centered (pseudo) macrobicyclic analogs and homologs was performed. The field strength …

Here we report the first successful attempt to identify spin-crossover compounds in solutions
of metal complexes produced by mixing different ligands and an appropriate metal salt by …