Electronic and magnetic states in the ordered compound VPd3 have been investigated with photoemission measurements and self-consistent band-structure calculations. The linear combination of muffin-tin orbitals method was used to study VPd3 in a hypothetical cubic crystal structure and the actual tetragonal crystal structure, and the calculations were performed for both paramagnetic and spin-polarized configurations. The results for the cubic structure are in agreement with earlier calculations, while the results from the tetragonal structure are in much better agreement with the photoemission and other measurements
Local moment systems, especially the 4f-electron systems, are archetypal candidate materials to inve...
The electronic and magnetic structures of amorphous Gd2Co and Er2Co are studied by ultraviolet and x...
Electronic structure of a ternary TmPdIn compound, which crystallizes in the hexagonal ZrNiAl-type s...
Electronic and magnetic states in the ordered compound VPd3 have been investigated with photoemissio...
We review how the electronic structure of semiconducting compounds is revealed by photoemission spec...
The electronic structures of NdFe11Ti, NdCo10V2, and YCo10Cr2 have been studied with photoemission a...
Low-field magnetic susceptibility and high-field magnetization results are reported for polycrystall...
Low-field magnetic susceptibility and high-field magnetization results are reported for polycrystall...
The electronic structures of NdFe11Ti, NdCo10V2, and YCo10Cr2 have been studied with photoemission a...
The electronic structures of NdFe11Ti, NdCo10V2, and YCo10Cr2 have been studied with photoemission a...
The light-matter interaction is central to the photoemission process, with an ultraviolet photon pro...
The light-matter interaction is central to the photoemission process, with an ultraviolet photon pro...
Local moment systems, especially the 4f-electron systems, are archetypal candidate materials to inve...
The electronic and magnetic structures of amorphous Gd2Co and Er2Co are studied by ultraviolet and x...
The modification of the electronic structures of Sm2Fe17-xAlxNy, NdFe11TiNy, and YFe12-xMox upon all...
Local moment systems, especially the 4f-electron systems, are archetypal candidate materials to inve...
The electronic and magnetic structures of amorphous Gd2Co and Er2Co are studied by ultraviolet and x...
Electronic structure of a ternary TmPdIn compound, which crystallizes in the hexagonal ZrNiAl-type s...
Electronic and magnetic states in the ordered compound VPd3 have been investigated with photoemissio...
We review how the electronic structure of semiconducting compounds is revealed by photoemission spec...
The electronic structures of NdFe11Ti, NdCo10V2, and YCo10Cr2 have been studied with photoemission a...
Low-field magnetic susceptibility and high-field magnetization results are reported for polycrystall...
Low-field magnetic susceptibility and high-field magnetization results are reported for polycrystall...
The electronic structures of NdFe11Ti, NdCo10V2, and YCo10Cr2 have been studied with photoemission a...
The electronic structures of NdFe11Ti, NdCo10V2, and YCo10Cr2 have been studied with photoemission a...
The light-matter interaction is central to the photoemission process, with an ultraviolet photon pro...
The light-matter interaction is central to the photoemission process, with an ultraviolet photon pro...
Local moment systems, especially the 4f-electron systems, are archetypal candidate materials to inve...
The electronic and magnetic structures of amorphous Gd2Co and Er2Co are studied by ultraviolet and x...
The modification of the electronic structures of Sm2Fe17-xAlxNy, NdFe11TiNy, and YFe12-xMox upon all...
Local moment systems, especially the 4f-electron systems, are archetypal candidate materials to inve...
The electronic and magnetic structures of amorphous Gd2Co and Er2Co are studied by ultraviolet and x...
Electronic structure of a ternary TmPdIn compound, which crystallizes in the hexagonal ZrNiAl-type s...