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ght (TOF), polarised beam This is achieved by using an S-bender polarising the TOF beam in a selectable wavelength range with high polarisation. The instrument resolution and beam shape remains flexible ... GISANS possible. Monochromatic, polarised beam For the study of magnetic samples with a choice of polarisation analysis between a supermirror ...

but the descending portion shows the presence of oscillations resulting from interference between beams reflected by the two surfaces. The size of these oscillations is related to the layer thickness. The

Taking advantage of the easy access around the D17 sample mount, together with the high flux and beam stability, an experimental configuration has been devised to simultaneously collect reflectivity and

type interferometer for thermal neutrons. The neutron beam is split into two beam paths which are separated macroscopically in the order of 5cm. The beams are recombined and their interference fringes are ... are measured, revealing the quantum mechanical phase shift between the two beams. Applications Demonstration of basic quantum physics laws ...

neutron source (HCS) of the ILL and optimized neutron optics Clean beam (velocity selector etc) and very low background Flexible choice of beam conditions (different monochromators, analyzers, guides) Routine

also called triple Laue or LLL interferometer. The first crystal (beam splitter) splits the neutron beam coherently into two parts. The beams are redirected towards each other by the second crystal (mirror) ... paths can be controlled. Two exit beams emerge from the last crystal slab. They are denoted by "O" beam (forward direction) and "H" beam ...

with non-contextuality, whatever the quantum state of the system. Triple entangled states (spin, beam path, energy) can be produced and analysed. It has been used to demonstrate quantum contextuality

a turbine Ti blade mounted on the hexapod. The Delta Table and the slits are clearly visible. The beam flies from right to left into the two dimensional detector (covered by black boron carbide rubber)

distance distribution. To prove this, it is enough to deform a metal sample placed in an X-ray or neutron beam.

the principal challenges during strain experiments is the movement of the specimen about the neutron beam (gauge volume). SALSA uses a unique hexapod design which has significant advantages over traditional ... during an experiment. A 300mm diameter, 500mm long steel pipe section is maneuvered around the neutron beam for measurements of lattice ...