We examine, from both the experimental and theoretical point of view, the behavior of the maximum splitting ΔE, of the 7F1 manifold of the Eu3+ ion as a function of the so-called crystal field strength parameter, Nv, in a series of oxides. In connection with the original theory that describes the relation between ΔE and Nv, a more consistent procedure to describe this relation is presented for the cases of small total angular momentum J. Good agreement is found between theory and experiment. © 1995
AbstractThe J-mixing effect in the 2S+1LJ level barycentre energy and splitting of trivalent lanthan...
Analytical expressions are obtained for g-factors of the ground Kramers doublet of the impurity Ce<s...
In this work we applied to a series of oxyhalides crystals, namely, GdOBr, LaOI, GdOCl, LaOCl, YOCl ...
International audienceThe point charge electrostatic model (PCEM) and the simple overlap model (SOM)...
The crystal field splitting of the 7F1 energy level of Eu3+ ranges from 0 to 650 cm(-1). The splitti...
The meaning of a scalar crystal field strength parameter defined previously [4, 5] is studied. It is...
The experimental splitting of some particular electronic energy levels of trivalent rare earths devi...
The one-particle models of crystal-field theory provide a qualitative interpretation for the observe...
The crystal field splitting of 5d level of EU2+ and Ce3+ in halide crystals has been studied. Our re...
A theoretical study of the interactions between the 4f electrons in lanthanide ions (Ln3 +) with the...
We report here experimental data on the crystal-field interaction of gadolinium ions with their envi...
In this article the crystal field theory is applied to explain the ground state properties of ions o...
A new measure of the crystal-field strength, complementary to the conventional one, is defined. It i...
La séparation du niveau fondamental de l'ion libre U4+ a été calculée dans un environnement octahédr...
© Kazan Federal University (KFU). Analytical expressions are obtained for g-factors of the ground Kr...
AbstractThe J-mixing effect in the 2S+1LJ level barycentre energy and splitting of trivalent lanthan...
Analytical expressions are obtained for g-factors of the ground Kramers doublet of the impurity Ce<s...
In this work we applied to a series of oxyhalides crystals, namely, GdOBr, LaOI, GdOCl, LaOCl, YOCl ...
International audienceThe point charge electrostatic model (PCEM) and the simple overlap model (SOM)...
The crystal field splitting of the 7F1 energy level of Eu3+ ranges from 0 to 650 cm(-1). The splitti...
The meaning of a scalar crystal field strength parameter defined previously [4, 5] is studied. It is...
The experimental splitting of some particular electronic energy levels of trivalent rare earths devi...
The one-particle models of crystal-field theory provide a qualitative interpretation for the observe...
The crystal field splitting of 5d level of EU2+ and Ce3+ in halide crystals has been studied. Our re...
A theoretical study of the interactions between the 4f electrons in lanthanide ions (Ln3 +) with the...
We report here experimental data on the crystal-field interaction of gadolinium ions with their envi...
In this article the crystal field theory is applied to explain the ground state properties of ions o...
A new measure of the crystal-field strength, complementary to the conventional one, is defined. It i...
La séparation du niveau fondamental de l'ion libre U4+ a été calculée dans un environnement octahédr...
© Kazan Federal University (KFU). Analytical expressions are obtained for g-factors of the ground Kr...
AbstractThe J-mixing effect in the 2S+1LJ level barycentre energy and splitting of trivalent lanthan...
Analytical expressions are obtained for g-factors of the ground Kramers doublet of the impurity Ce<s...
In this work we applied to a series of oxyhalides crystals, namely, GdOBr, LaOI, GdOCl, LaOCl, YOCl ...