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Magnetic Excitations College Secretary: MANGIN-THRO Lucile Mailing list: col04_l(at)ill.eu College 4 deals with magnetic excitations. The main instruments used for College 4 proposals are: Triple-axis

organised by College 3 Tuesday June 30, 2026 at 10h30 Seminar room 110-111, ILL 50, 1st floor   Zoom link: https://ill.zoom.us/j/98964195699?pwd=vPhNT17CAeoDUr7QX4PjfyPnWsHuMU.1 Password: Seminar

Applied Materials Science, Instrumentation and Techniques College Secretary: Anna Fedrigo Mailing list: col01_l(at)ill.eu College1 mainly deals with applied physics, imaging, new instrumentation techn

Caption Fig.1. Dynamic structure factor of gold at four Q values of the NBS experiment performed on BRISP. The experimental data (black dots) are broadened by the instrumental energy resolution. The c

Technologies & Services The Institut Max von Laue-Paul Langevin (ILL) provides industrial users with privileged access to a very broad and world-leading array of highly specialised neutron instruments

► instrument responsible on D20 & D2B Main areas of expertise : solid state physics, neutron powder diffraction, magnetic structure determination E-mail ritter(at)ill.fr Location Building ILL 4 - Offi

Structure characterisation - Water dynamics – Planetology - Catalysis - Energy production – Clean energy - New materials - Novel engineering processes - Methods The influence of structure is everywher

Guide hall n°1, cold guide H141 Data Collection Method Quasi-Laue Neutron Velocity Selector Typical neutron λ 3.35 to 3.70 Å (with NVS@25K rpm) Collimation Pinholes 0.5 to 2.9 mm Flux at specimen (λ-c

Guide hall n°1, cold guide H143 Data Collection Method Quasi-Laue Ni/Ti multilayer band-pass filter (δλ/λ=30%) Typical neutron λ range ~2.8 to 3.8 Å Collimation Pinholes 0.5 to 2.9 mm Flux at specimen