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4-12 Å range. The space between the end of the collimator and the entrance of the detector vessel can be smoothly tuned to accommodate any kind of optional equipment or bulky sample environment. SAM has

very low background, it can be used to measure particularly weak signals. It allows for extreme sample environment (low temperature, high magnetic fields and pressure) and can be used with neutron polarization ... phenomena, magneto-elastic or multiferroic materials, and heavy-fermion systems, among others. It can also be used for high-precision ...

(H25) and directs the neutrons of the selected wave length onto the second crystal. The second crystal can be the interferometer or the USANS analyzer crystal. The crystals are in non-dispersive configuration ... neutrons reflected by the first crystal are accepted by the second. Two magnetic prisms for polarization can be inserted between the two ...

reduced; furthermore, part of the beam can be used for experiments where VCN are required. The neutrons are transported to five experimental platforms, where scientic users can connect their own experiment: The ... is dedicated to experiments using very cold neutrons. The platforms PF2/MAM, PF2/UCN, and PF2/EDM can be used for experiments with ...

for inelastic scattering experiments in various sample environments (eg. magnets up to 15 T). It can be equipped with single-analyser-detector or Flatcone (an inclinable multianalyser-detector to study

local dynamics in complex materials like polymers, membranes and biological samples Some interest can be found in the study of spin dynamics of disordered magnetic materials.

new approach. This TAS option combines a set of analyzers and detectors in a very compact design. It can be installed on the ILL TAS instruments IN8, IN14 and IN20. Applications Determination of magnetic

measurements, either with unpolarised or polarised neutrons, in the incident wave length range 1–3 Å. It can support large sample environments (pressure cells, up to 30 kbar, high field cryomagnets, up to 15T

double chopper system using wavelengths from 2 to 27 Å with great flexibility in resolution. This mode can simultaneously cover an order of magnitude in q in less than a minute, allowing the time evolution

and surfactants), chemistry and material science (clays, porous materials). Provided that samples can take full advantage of the focusing optics and excellent Δq resolution (e.g. thin films on large flat