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Founding papers of the ILL and its High Flux Reactor In 1971 and 1972, 20 founding papers were published by teams from both the Institut Laue-Langevin (ILL) and the Commissariat à l'Energie Atomique (

ILL's suite of over 40 instruments is located in the reactor building (ILL5) and in the neutron guide hall (ILL7 and ILL22). The instruments are organised is Science groups , depending on the used neu

The Instrument Control Service (SCI) at the ILL develops software and hardware for instrument control, data acquisition front-end and back-end detector electronics. The SCI developed and is responsibl

Eligible users receive financial support from the ILL for travel and accommodation directly related to the experiment. Accommodation and/or meals expenses incurred during the trip are not reimbursed u

Neutron Optics Well-designed optical elements play a crucial role in maximising neutron flux at the sample, with carefully optimised systems capable of increasing intensities by orders of magnitude. W

Neutron delivery guides and infrastructure Our expertise lies in the comprehensive design of the neutron guide systems, vacuum housings, alignment systems and all supporting infrastructure. From the H

Using computer-aided design (CAD) we create specialised, high-precision components suited to the challenging environment of neutron science. Our experts in structural, thermal, magnetic, and neutronic

Improving neutron flux is of little value if the scattered neutrons cannot be detected efficiently with the required spatial and temporal resolution. High-quality detectors are essential for optimal i

The Biology, Deuteration, Chemistry and soft matter (BDCS) group (website under construction) In order to maintain their ranking at an international level, European research infrastructures must optim