These are performed every ten years in all French nuclear installations.
They involve a complete review of the safety studies on certain topics (selected by the operator and approved by the ASN) in the light changes in legislation and developments in know-how. The results of the review may require the operator to undertake major work to improve the safety of the installation.
Small-angle neutron scattering.
The Science and College Commitee provides an interface between scientists and students on the one hand.
The Instrument Control Service provides electronic and software support to the ILL's 40 official instruments. This support extends to testing the Projects and Techniques Division's;neutron optics, detector, sample environment and mechanical equipment. The first priority within the SCI is to support the instruments and ensure optimum use of beamtime. In practical terms, this means preventive maintenance and replacement of electronics and computers, management of spare parts, follow-up of the technical evolution of hardware and software.
Neutron Detector Service
The Soft Matter Science and Support (SMSS) group is located in the Science Building and has the responsibility for running the Chemistry Laboratories, on the first floor, and the Partnership for Soft Condensed Matter (PSCM) initiative on the second floor. It operates in close collaboration with the LSS group. Besides the laboratory responsibles it hosts a large number of PhD students and post-docs either with ILL or external grant fundings working on soft matter science using neutron scattering. It has also the responsibility for setting up a deuterated lipid extraction facility currently funded by the SINE2020 grant and in collaboration with the D-Lab.
Spectroscopy is the study of the interaction between matter and electromagnetic radiation. The Spectroscopy instruments are used to study the dynamics of condensed matter samples, either in the form of powders, glasses or liquids. Some are designed, primarily, to investigate the collective motion of atoms and that of their magnetic moments in single crystalline samples.
Surface plasmon resonance