We present the ab initio investigations of the electronic and magnetic properties of magnetocaloric Gd(Ni1xFex)3 alloys. To simulate fractional concentrations the supercell approach was implemented and di erent con gurations of iron atoms were considered. Energetical analysis of site preference and magnetic order was performed. The concentration dependence of the averaged total and local magnetic moments and of the valence band photoemission spectra are presented and discussed in reference to experimental data
The ab initio study of electronic and magnetic properties of $(Gd_{1 - x}Y_{x})_7Pd_3$ alloys are pr...
International audienceIn this paper, a combination of DFT study and Monte Carlo (MC) simulations has...
The electronic, geometrical, and magnetic structures of iron clusters Fen substituted with...
We present the ab initio investigations of the electronic and magnetic properties of magnetocaloric ...
We present the results of ab initio study of electronic and magnetic properties of Gd(In1xSnx)3 allo...
The low-field magnetic properties of polycrystalline Gd(Ni1 xTxq3 (T = Fe, Co) intermetallic compoun...
GdNi is a ferrimagnetic material with a Curie temperature TC=69 K which exhibits a large magnetocalo...
The ab initio study of electronic and magnetic properties of (Gd1xYx)7Pd3 alloys are presented. The ...
Using first-principles calculations, based on disordered local moment (DLM) theory combined with the...
We explain a profound complexity of magnetic interactions of some technologically relevant gadoliniu...
We report here the electronic structure calculations of the magnetic moment, magneto-crystalline ani...
The structural, electronic structure and magnetic properties of Ni doped GdFeO3 perovskite materials...
To analyze the origin of the magnetic enhancement of Fe-Ni alloy, the electronic configura...
The electronic structure of the GdNiGe ternary intermetallic compound was investigated in this work....
Results of saturation magnetization measurements on both a- and b-axis single crystals of alloys of ...
The ab initio study of electronic and magnetic properties of $(Gd_{1 - x}Y_{x})_7Pd_3$ alloys are pr...
International audienceIn this paper, a combination of DFT study and Monte Carlo (MC) simulations has...
The electronic, geometrical, and magnetic structures of iron clusters Fen substituted with...
We present the ab initio investigations of the electronic and magnetic properties of magnetocaloric ...
We present the results of ab initio study of electronic and magnetic properties of Gd(In1xSnx)3 allo...
The low-field magnetic properties of polycrystalline Gd(Ni1 xTxq3 (T = Fe, Co) intermetallic compoun...
GdNi is a ferrimagnetic material with a Curie temperature TC=69 K which exhibits a large magnetocalo...
The ab initio study of electronic and magnetic properties of (Gd1xYx)7Pd3 alloys are presented. The ...
Using first-principles calculations, based on disordered local moment (DLM) theory combined with the...
We explain a profound complexity of magnetic interactions of some technologically relevant gadoliniu...
We report here the electronic structure calculations of the magnetic moment, magneto-crystalline ani...
The structural, electronic structure and magnetic properties of Ni doped GdFeO3 perovskite materials...
To analyze the origin of the magnetic enhancement of Fe-Ni alloy, the electronic configura...
The electronic structure of the GdNiGe ternary intermetallic compound was investigated in this work....
Results of saturation magnetization measurements on both a- and b-axis single crystals of alloys of ...
The ab initio study of electronic and magnetic properties of $(Gd_{1 - x}Y_{x})_7Pd_3$ alloys are pr...
International audienceIn this paper, a combination of DFT study and Monte Carlo (MC) simulations has...
The electronic, geometrical, and magnetic structures of iron clusters Fen substituted with...