Recherche

available through transnational access thanks to RADNEXT project of which ILL & IRTNanoelec are partners. Beam characteristic: Fission spectrum below Flux (25 meV equivalent at nominal reactor power 58.3 MW) :

neutron Laue diffraction The Laue diffraction technique is very simple. If placed in a white neutron beam a crystal produces a diffraction pattern which is characteristic of both its lattice symmetry and

to the diffraction position. Finally the fourth circle 2θ, rotates the detector to the diffracted beam. The closed Eulerian Cradle of D9 is stout enough to accommodate sample environment devices such as

Figure 1: (click to enlarge) Clockwise from left: SuperSUN phase I installed at its beam end-position, with radiological shielding removed; cut view of the cryogenic system including the octupole magnet ... to “high-flux” sources such as the ILL’s PF2 that have served the user community with strong UCN beams for many years. In SuperSUN, cold ...

% 0.4, 4 4.8 92.3 1.8 × 10 6 3.55 4.4 % 0.3, 2.5 5.7 116.3 0.8 × 10 6 2.51 3.7 % 0.2, 2.1 Maximum beam size at sample: 55 × 25 mm Technical Specifications Monochromator 3 × HOPG (002), each with vertical ... the cold neutron guide H15, monochromates the neutrons with wavelengths of 3.1 Å, 4.8, or 5.7 Å. The beam is polarized using a focusing, m = ...

Colloids Proteins – Viruses – Cell membranes – Biological processes - Drug delivery and action Neutron beams are particularly well suited for soft matter and biology research. They can be generated with energies ... spin-echo instruments. Soft matter and Biology represents about 1/3 of the ILL output in terms of beam-time use and publications, and ...

‘Lohengrin’ - Fission product spectroscopy of exotic neutron rich nuclei. PF1B – (polarised) cold neutron beam facility. PF2 – Very-cold and ultra-cold neutron facility. SuperSUN — Super Ultra Cold Neutron source ... 
 Keywords 3-01 - PN1 "LOHENGRIN" fission product spectrometry 3-07 - PF1 cold (polarised) neutron beam 3-14 - PF2 very cold and ...

Reactor hall, thermal beam H10 Diameter of the “in-pile” beam tube extremity Ø = 170 mm Virtual source Adjustable width: typically used 30 mm wide for PG and Cu monochromators, 25 mm wide for Si monochromators ... available openings are 20’, 30’ and 40’ with additional 60’ for the secondary spectrometer. The primary beam shielding drum allows ...

respectively. A high-transmission monitor located between monochromator and beam-defining slits is used for normalisation to incident beam intensity. The sample is mounted in an evacuated cylindrical bell jar ... Reactor Hall, Level C, Hot Beam H8 Monochromators Si(11L=1,2,3), Cu(220) and Cu(331), all 20 cm high and 23 cm wide, all with variable ...

field contour. This distance can be determined from the system stray field plot. Items such as steel beams or pillars and concrete reinforcing can cause problems, in particular any non-symmetric steel in the ... magnetised and cause areas of increased field at some distance from the system, in particular steel beams may cause increased field areas ...