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technical facilities - one dedicated to Advanced Neutron Sample Environments and the other dedicated to Biology and Soft matter studies (including namely chemistry labs and deuteration facilities) . Besides the

with scientists to create highly realistic and representative models in areas as diverse as human biology and microelectronics, delivering new scientific understanding to tackle real world problems.” Instrument: ... over 40 countries visit ILL to conduct research into condensed matter physics, (green) chemistry, biology, nuclear physics, and ...

y, the link between macroscopic viscosity and diffusion on nanosecond time scales; and (2) the biological, pharmacological and medical function and specificity of antibodies. More information on the project

of Neutrons, X-ray Synchrotron Radiation, and Free Electron Laser for condensed matter studies (Biology, Chemistry, Physics, Materials Science, Geosciences, Industrial applications). Practical session

(300 mm) and high-density polyethylene (HDPE, 600 mm), optimized to provide not only an efficient biological protection, but also to minimize background counts in the experimental data. The choice of shielding

polymers blends or polymer in solution, gels, liquid crystals; self assembly of surfactant molecules. Biology: proteins, nucleic acids, biomembranes, vectors for drug delivery. Material Science: phase separation

covering a range of scientific fields like nuclear, particle and condensed matter physics, chemistry, biology, materials science, engineering and more. They will count on the continuous support of the ILL instrument

performance in the case of hydrogen-containing materials e.g. Life science: H-bonding, its role in biological function of proteins Dynamics and bonding: functional abilities of materials; ground step in d

at Liquid/Liquid Interfaces Interfaces between immiscible liquids are ubiquitous in chemistry and biology, and are the site of numerous physico-chemical processes such as sorption, solvation and complexation

world for studying the structure of materials, and is used by scientists from chemistry, physics, biology and materials science. By firing a beam of neutrons at just a tiny sample of material – which could ... specifically to determine the structure of small molecules inside a crystal matrix, as well as to study biological molecules such as ...