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Atomic Beams lab. The lab was under the nominal direction of J.R. Zacharias who had been, with Norman Ramsey, a student of I.I. Rabi (Nobel Prize in Physics winner in 1944) who pioneered atomic beam work ... the other hand was very personable. I learned the field from Ramsey’s encylopedic book: ” Molecular Beams ” [2] so I had great respect for him ...

his association with the ILL in the mid 1970’s with a cold neutron beam, neutron Electric Dipole Moment (EDM) experiment that ran on beam H18. This project was a continuation of a series of neutron EDM searches ... illustrious neutron career). Benefiting from the cold neutron beam’s lower velocity and high intensity, the experiment provided the ...

were moved to the ILL to take advantage of the higher fluxes available at the ILL: the H18 beam tube, PN5 (IH3 beam tube), the first ILL UCN source and then the even more powerful “Steyerl turbine" ( PF2 ... comparison of the results achieved with theoretical predictions. The measurements were performed on beam H18 at the ILL and they confirmed the ...

and magnetization density maps (also in 3D and for non-orthogonal systems) supports 4-circle, normal-beam, minimum-tilt and cryocradle geometries correction of polarization data for 3He spin-filter cell

and magnetization density maps (also in 3D and for non-orthogonal systems) supports 4-circle, normal-beam, minimum-tilt and cryocradle geometries correction of polarization data for 3He spin-filter cell

to the sample. By probing different sets of dispersed particles in DES with the powerful neutron beams at ILL, the researchers produced a scattering pattern that represented the interactions occurring

(ESRF) are respectively the leading European centres for research using neutron and synchrotron X-ray beams. They share a joint site and provide advanced research facilities for users from European universities ... neutron measurements, enhancing also faster alignment of complex/large components directly at the beam line. Other lab equipment from ...

to the sample. By probing different sets of dispersed particles in DES with the powerful neutron beams at ILL, the researchers produced a scattering pattern that represented the interactions occurring

world’s most advanced analysis techniques employing neutrons. By illuminating samples with an intense beam of neutrons, scientists can interpret the subsequent scattering pattern and infer their organisation

diffractometer, to expose only the perfectly monodisperse samples exiting the column to the neutron beam, and record the resultant small-angle scattering curve. This set-up is unique in the world, and it