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The sample chamber The sample can be placed either in sample chamber (opposite) under vacuum and at low temperature or in a furnace.

The axion, a possible composer of dark matter Dark matter is one of the greatest mysteries of modern science. It makes up 24% of our universe. That’s 5 times more than visible matter, such as stars, p

The stress scanner Measuring residual stress in a material amounts to making a map of its local deformations. Just like a medical scanner makes an image of the human body interior, what is sought here

The trick of the advanced dilution cryostat of D10 A neutron radiograph film recorded at the ILL in 2005 on NEUTROGRAPH shows the progressive dilution of helium-3 into helium-4 inside a capillary whic

► Head of the Diffraction Group ► Instrument responsible on D20 Main areas of expertise : E-mail hansen(at)ill.fr Location Building ILL 4 - Office 138 Phone Phone : +33 (0)4 76 20 70 44 Instr. phone +

► instrument responsible on D17 Main areas of expertise : magnetism and proximity effects in thin films and multilayers E-mail saerbeck(at)ill.eu Location Science Building | 3rd floor | 334 Phone Phon

► instrument responsible on SALSA Main areas of expertise : E-mail pirling(at)ill.fr Location Science Building, 006 Phone Phone : +33 (0)4 76 20 70 07 Instr. phone +33 (0)4 76 20 74 24 Digital vcard l

Email LinkedIn ResearchGate Curriculum vitae Master’s degree: Fibre Optics and Condensed Matter Physics in University of Bath, United Kingdom (pdf - 138 Ki) Defect structures and spin correlations in

(jpg - 82 Ki) Caption Fig.1: Dispersion relations for molten RbBr. Triangles are the ωl values from the S(Q, ω), and circles are the peak values from the current spectra J (Q,ω). The line with dots is

WHY AND HOW WE USE NEUTRONS? CASE STUDIES (pdf - 454 Ki) (pdf - 728 Ki) “The SALSA instrument is a well-suited instrument for this study, as it specialises in determining residual stresses in a broad