R.J. Radwanski

5Dterm origin of the excited triplet inLaCoO3

We provide the proof for the

Electronic and magnetic properties of FeBr 2

{}^{5}D

Orbital moment in CoO and in NiO

term origin of an excited triplet observed in the recent electron-spin-resonance (ESR) experiments by Noguchi et al. [Phys. Rev. B 66, 094404 (2002)]. We have succeeded to fully describe experimental ESR results both for the zero-field g factor, of 3.35, and the splitting D of

Crystal-field interactions and magnetism in rare-earth transition-metal intermetallic compounds

4.90{\mathrm{cm}}^{\ensuremath{-}1},

The Jahn–Teller-effect formation of the non-magnetic state of the Co3+ ion in LaCoO3

as well as for the magnetic field applied along different crystallographic directions within the localized electron atomiclike approach as originating from excitations within the lowest triplet of the

Electronic and Magnetic Properties of Febr2

{}^{5}{T}_{2g}

The crystal-field interactions in

octahedral subterm of the

Origin of anomalous temperature dependence of the magnetic susceptibility of BaVS3 and MgV2O5

{}^{5}D

Anisotropic magnetic properties of ErRu2Si2 as a consequence of the tetragonal structure

term. In our atomiclike approach the d electrons of the

Electronic and magnetic properties ofFeBr2

{\mathrm{Co}}^{3+}