We present a systematic study of the electronic structure in A-site ordered manganites as function of doping and temperature. The energy dependencies observed with soft x-ray resonant diffraction (SXRD) at the Mn L2,3 edges are compared with structural investigations using neutron powder diffraction as well as with cluster calculations. The crystal structures obtained with neutron powder diffraction reflect the various orbital and charge ordered phases, and show an increase in the Mn-O-Mn bond angle as function of doping and temperature. Cluster calculations show that the observed spectral changes in SXRD as a function of doping are more pronounced than expected from an increase in bandwitdh due to the increase in Mn-O-Mn bond angle and are...
The zero-temperature ferromagnetic phase of distorted perovskite manganites at low doping is studied...
Soft X-ray resonant diffraction is a new technique pioneered by our group. We have published example...
The calcium-doped manganites R1-xCaxMnO3 (x~0.5) (R: rare-earth) are known to display a structural p...
The interaction between the long range correlations of electrons and the encompassing crystal struct...
[[abstract]]Electronic structures of orthorhombic perovskite-type manganites (OM) and hexagonal mang...
In this paper we describe a detailed neutron difiraction investigation of the crystal and magnetic s...
We have utilized resonant x-ray diffraction at the Mn L(II,III) edges in order to directly compare m...
In this paper we describe a detailed neutron diffraction investigation of the crystal and magnetic s...
SoftX-rayresonant diffraction is a new technique pioneered by our group. We have published examples ...
We here report on the occurrence of strong orbital order driven by off-stoichiometry in oxide mangan...
We have investigated the orbital and magnetic correlations of the manganese sub-lattice in the arche...
It is proposed that the observation of orbital ordering in manganite materials should be possible at...
Abstract. We here revisit the concepts of the so-called charge and orbital order in half-doped manga...
Soft X-ray resonant diffraction is a new technique and there exist several examples of large resonan...
The naturally layered colossal magnetoresistive (CMR) manganites La{sub 2{minus}2x}Sr{sub 1+2x}Mn{su...
The zero-temperature ferromagnetic phase of distorted perovskite manganites at low doping is studied...
Soft X-ray resonant diffraction is a new technique pioneered by our group. We have published example...
The calcium-doped manganites R1-xCaxMnO3 (x~0.5) (R: rare-earth) are known to display a structural p...
The interaction between the long range correlations of electrons and the encompassing crystal struct...
[[abstract]]Electronic structures of orthorhombic perovskite-type manganites (OM) and hexagonal mang...
In this paper we describe a detailed neutron difiraction investigation of the crystal and magnetic s...
We have utilized resonant x-ray diffraction at the Mn L(II,III) edges in order to directly compare m...
In this paper we describe a detailed neutron diffraction investigation of the crystal and magnetic s...
SoftX-rayresonant diffraction is a new technique pioneered by our group. We have published examples ...
We here report on the occurrence of strong orbital order driven by off-stoichiometry in oxide mangan...
We have investigated the orbital and magnetic correlations of the manganese sub-lattice in the arche...
It is proposed that the observation of orbital ordering in manganite materials should be possible at...
Abstract. We here revisit the concepts of the so-called charge and orbital order in half-doped manga...
Soft X-ray resonant diffraction is a new technique and there exist several examples of large resonan...
The naturally layered colossal magnetoresistive (CMR) manganites La{sub 2{minus}2x}Sr{sub 1+2x}Mn{su...
The zero-temperature ferromagnetic phase of distorted perovskite manganites at low doping is studied...
Soft X-ray resonant diffraction is a new technique pioneered by our group. We have published example...
The calcium-doped manganites R1-xCaxMnO3 (x~0.5) (R: rare-earth) are known to display a structural p...