The present review covers the coordination compounds of the “late” transition metals of the
3d row (Mn, Fe, Co, Ni, Cu) based on sterically hindered functionalized o …

Complex cobalt oxides known as cobaltites are reviewed, including LnCoO 3-based
perovskite-structured rare-earth cobaltites (where Ln is lanthanum or a lanthanide), quasi …

Electronic spectra of 3d n transition ions in an octahedral ligand surrounding have been
studied using the modified crystal field approach (MCFA), which includes a relativistic spin …

Spin state (SS) transitions in metal-containing pyramidal complexes that originate from
crystallographic distortions are the research subject of this work. The transition elements are …

A new original approach to the study of coordination complexes with pa ra mag netic ions,
the modified crystal field theory (MCFT), is represented in the monograph. The approach is …

The diluted magnetic semiconductors Hg 1− x Cr x Se (0.03≤ x≤ 0.1) were prepared by the
solid state recrystallization method. The structure microanalysis of the Hg 1− x Cr x Se …

In the rare-earth SmCoO 3 perovskite, Co 3+ ions at low temperatures appear to be in the
low-spin state with S= 0, t 2 g 2 eg 0. If Ca 2+ ions partially substitute Sm 3+ ions, oxygen …

Magnetic properties of a Ce 3+ ion in two crystallographic phases of a nonsuperconducting
oxipnictide CeFeAsO were studied. Ce 3+-ion energy levels, g-factor values, temperature …

ABSTRACT A semi-empirical method to describe the electron structure of free many-electron
rare-earth ions has been proposed. The method takes into account the spin–orbit interaction …

We present a comparative study of the low-dimensional compounds α-and β-TeVO 4. Our
data clearly show that the change in the local coordination geometry of V 4+ ions between α …