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based on isotopic substitution (normally hydrogen → deuterium) is widely used in soft matter and biology studies, typically on D16, D17 and FIGARO – support can be provided for deuteration . An overview

Science in different forms is of course at the heart of all our activities: physics, chemistry, biology, neutron science & technology, materials science, scientific computing, magnetism, and instrumentation

liquid crystals, self-assembly of surfractant molecules, ionic liquids, deep eutectic solvents, ... Biology: proteins, nucleic acids, biomembranes, vectors for drug delivery, ... Material science: phase separation

group support a wide range of science from atomic resolution bio-macromolecular crystallography, biological structures in solution, soft condensed matter, materials science, magnetic structures and physics

journey through green energy 11 - M Blakeley & L Gajdos - Current Science - Seeing the chemistry in biology using neutron crystallography 13 - Charles Dewhurst - Endurance 14 - Paolo Radaelli - Future science

poisoning.” Dr Richard Campbell, Institut Laue-Langevin; “Neutrons are an ideal tool for studying biological materials, particularly their reactions and interactions on surfaces and across interfaces. They ... over 40 countries visit ILL to conduct research into condensed matter physics, (green) chemistry, biology, nuclear physics, and materials ...

unmatched capabilities for understanding the structure and properties of materials, macromolecular and biological systems, and the fundamental physics of the neutron. More than 1,200 unique users from around the ... over 40 countries visit ILL to conduct research into condensed matter physics, (green) chemistry, biology, nuclear physics, and ...

wide interest is the study of local dynamics in complex materials like polymers, membranes and biological samples Some interest can be found in the study of spin dynamics of disordered magnetic materials

between PE and metal cations plays a central role in many industrial applications as well as in biological systems (e.g. the dispersion of inorganic pigments, scale inhibition in steam pipes or protein

bonding in Hydrogen-containing matter, materials and compounds - hydrides, zeolites and catalysts, biological matter etc. High quality spectra can be recordered even from small samples due to very high luminosity