Recent developments and perspectives at the MLZ of neutron spin echo spectroscopy instruments are presented.
Large Scale II
Powder diffraction is the experimental technique, which stands on the forefront of the material characterisation, delivering the key information about the crystal structure. Being perfectly parametrized and standardized technique, the powder diffraction is in broad use and X-ray powder diffractometer is a part of equipment in nearly every lab specializing on materials research.
Neutron powder...
Under the general name of “polarised neutron diffraction” indeed a variety of different experimental techniques are usually meant. Those are: classical polarised neutron diffraction (PND) called also Flipping-Ratio method or also in the recent years: Half-polarised neutron diffraction, this technique uses strong magnetic fields (> 1 T) on the sample position. Another method is Linear or...
Very frequently in soft matter studies at the solid liquid interface and in an effort to reduce the ambiguity of the model that is used for fitting neutron reflectivity experimental data, arises the need for the manipulation of the scattering length density of the solvent (usually water). Manual exchange of solvent is laborious while the control of the rate of solvent exchange is difficult....
Update and discussion of the current status of the time-of-flight spectrometer TOFTOF and the potential transfer of NEAT to MLZ.
The understanding of soft and biological materials requires the global knowledge of their microstructural features from the elementary units at the nm scale up to larger complex aggregates, in the micrometer range. Such a wide length scale can be explored at the KWS-2 small-angle neutron (SANS) diffractometer of JCNS [1-3], which was optimized for structural investigations over a wide momentum...
