We have investigated the orbital and magnetic correlations of the manganese sub-lattice in the archetypical half-doped manganite La 0.5Sr 1.5MnO 4 using the enhanced sensitivity of resonant soft x-ray diffraction at the Mn L edges. We have separately measured the energy dependence of the scattered intensity from both the (1/4, 1/4, 0) and (1/4,1/4,1/2) reflections indicative of the long-range correlations of orbital and magnetic order respectively. Measurements of the integrated intensity of the different features in the resonant energy spectrum show the different origins of the orbital correlations and their variation with temperature. The results also give evidence...
We report resonant x-ray scattering data of the orbital and magnetic ordering at low temperatures at...
Orbital ordering (OO) in La0.5Sr1.5MnO4 has been studied using soft X-ray resonant diffraction (SXRD...
Orbital ordering (OO) in the layered perovskite La0.5Sr1.5MnO4 has been investigated using the enhan...
Soft X-ray resonant diffraction is a new technique pioneered by our group. We have published example...
SoftX-rayresonant diffraction is a new technique pioneered by our group. We have published examples ...
Soft X-ray resonant diffraction is a new technique and there exist several examples of large resonan...
Soft X-ray resonant diffraction is a new technique and there exist several examples of large resonan...
We have utilized resonant x-ray diffraction at the Mn L(II,III) edges in order to directly compare m...
We have utilized resonant x-ray diffraction at the Mn L(II,III) edges in order to directly compare m...
We have utilized resonant x-ray diffraction at the Mn L(II,III) edges in order to directly compare m...
We report resonant x-ray scattering data of the orbital and magnetic ordering at low temperatures at...
We report the first direct resonant soft x-ray scattering observations of orbital ordering. We have ...
6 FiguresWe report resonant x-ray scattering data of the orbital and magnetic ordering at low temper...
6 FiguresWe report resonant x-ray scattering data of the orbital and magnetic ordering at low temper...
The interaction between the long range correlations of electrons and the encompassing crystal struct...
We report resonant x-ray scattering data of the orbital and magnetic ordering at low temperatures at...
Orbital ordering (OO) in La0.5Sr1.5MnO4 has been studied using soft X-ray resonant diffraction (SXRD...
Orbital ordering (OO) in the layered perovskite La0.5Sr1.5MnO4 has been investigated using the enhan...
Soft X-ray resonant diffraction is a new technique pioneered by our group. We have published example...
SoftX-rayresonant diffraction is a new technique pioneered by our group. We have published examples ...
Soft X-ray resonant diffraction is a new technique and there exist several examples of large resonan...
Soft X-ray resonant diffraction is a new technique and there exist several examples of large resonan...
We have utilized resonant x-ray diffraction at the Mn L(II,III) edges in order to directly compare m...
We have utilized resonant x-ray diffraction at the Mn L(II,III) edges in order to directly compare m...
We have utilized resonant x-ray diffraction at the Mn L(II,III) edges in order to directly compare m...
We report resonant x-ray scattering data of the orbital and magnetic ordering at low temperatures at...
We report the first direct resonant soft x-ray scattering observations of orbital ordering. We have ...
6 FiguresWe report resonant x-ray scattering data of the orbital and magnetic ordering at low temper...
6 FiguresWe report resonant x-ray scattering data of the orbital and magnetic ordering at low temper...
The interaction between the long range correlations of electrons and the encompassing crystal struct...
We report resonant x-ray scattering data of the orbital and magnetic ordering at low temperatures at...
Orbital ordering (OO) in La0.5Sr1.5MnO4 has been studied using soft X-ray resonant diffraction (SXRD...
Orbital ordering (OO) in the layered perovskite La0.5Sr1.5MnO4 has been investigated using the enhan...