-
In situ investigation of methane adsorption mechanism in poresystem of highly...
Due to the limited resources of the fossil fuels, renewable energy sources like biogas or hydrogen should be considered in the nearest future. MOFs (Metal-Organic Frameworks) –... -
Magnetic Structures of a New Frustrated Quantum Magnet
SrCuTe2O6 is a quantum magnet featuring spin-1/2 ions that are coupled into a highly frustrated 3D network resulting from a combination of interactions giving equilateral... -
High field study of the vortex lattice structure in (Ba0.5K0.5)Fe2As2
SANS measurements of the vortex lattice allow information such as the penetration depth, coherence length, and the superconducting gap structure of a superconductor to be... -
In situ investigation of the lattice dynamic of the DUT-8(M) MOFs M2(2,6ndc)...
Switchable MOFs are unique materials, which are able to transform their crystal structure from a dense or less porous to a highly porous state and vice versa as response to the... -
Crystal structure and Cu-Zn disorder in (Ag1-xCux)2ZnSnSe4.
Ag2ZnSnSe4 and Cu2ZnSnSe4 are quaternary semiconductors belonging to the adamantine compound family, contain only abundant elements, which makes these materials promising... -
High field study of the Vortex Lattice structure in YBa2Cu3O7
SANS measurements of the vortex lattice allow information such as the penetration depth, coherence length, and the superconducting gap structure of a superconductor to be... -
Formation of H2-clathrate hydrate, expansivity and gas loading-discharge kine...
The formation of the empty clathrate-hydrate structure is of prime interest in gas hydrate research. This phase can be obtained by pumping out the small guest molecules from the... -
Determination of the order parameter responsible for Fermi surface reconstruc...
The discovery of quantum oscillations in highly ordered ortho-II phase YBa2Cu3O6+x (YBCO) crystals indicates the existence of a small pocket-like Fermi surface in the normal... -
Observation of a metamagnetic critical end point in the multiferroic BiMn2O5
Our aim in this proposal is to investigate and map the metamagnetic critical end point in the frustrated multiferroic BiMn2O5, which exhibits a complex magnetic interactions... -
Structural Investigation of the Lone-Pair Electron Material Bismuth Palladate
Materials with stereochemically active lone pair electrons have recently attracted interest as potential thermoelectric materials. This is mainly due to their anomalously low... -
Coexisting incommensurate magnetic phases in oxygen-deficient SrFeO3-x
Recently we have carried out a comprehensive study of the crystal structure and magnetic order in SrFeO3-x [1] and Sr3Fe2O7-x [2,3]. In contrast to the magnetic phases of SrFeO3... -
Field-induced magnetic structure in 3-sublattice phase of CuFeO2 above 21 T
In this proposal, we would like to suggest neutron diffraction experiment on an archetypical triangular lattice antiferromagnet CuFeO2 single crystal in fields up to 23T. This... -
Study on the Transition metals and Na+/vacancy ordering of P2-NazNi1-x-yTixMy...
The layered transition metal oxides NaxMO2 (M=transition metals) is one of the most important of cathode materials for room-temperature sodium ion batteries. According to... -
Magnetic phase diagram of strongly magnetoelectric LiCoPO4
We propose to perform a neutron diffraction experiment at HFM/EXED to determine the propagation vector above 22.4T and map out the phase diagram up to 26T of magnetoelectric... -
Instrument Time
Instrument Time -
Field induced magnetic states in the Charge Density Wave compound TbTe3
The compound TbTe3 displays a rich combination of quantum cooperative phenomenon. It is shows charge density wave formation above room temperatures while under pressure it... -
Neutron diffraction study of short-range incommensurate magnetic order in Ho5Pd2
The rare-earth intermetallic compound Ho5Pd2 exhibits low temperature cluster-glass-like magnetic state with short-range incommensurate antiferromagnetic correlations persisting... -
Instrument maintenance and calibration
The beamtime will be used to calibrate the instrument, test new sample environments. -
Crystal structure of Cu2ZnGe(S1-xSex)4 solid solution
Cu2ZnGeSe4 (CZGSe) and Cu2ZnGeS4 (CZGS), which contain only earth abundant elements, are promising materials for thin film solar cell devices with efficiencies of 8.4 % (CZGSe).... -
Commissioning E2
Test data for ICAT
