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Main page Previous --- Top 8/14 --- Next Computation There was simultaneously a need for high performance computing for instrument simulation and ab initio calculations and personal computers for the

Main page Previous --- Top 2/14 --- Next Computing activities at the ILL started in the era of punched cards and lineprinters unrecognisable to todays personal computers with network solutions crossin

Main page Previous --- Top 4/14 --- Next T he staff From 1983 to 1992, Denis Rimmer was the head of both the Central computer Group and the SAD ("Service d'Acquisition des Données") For the Central Co

Hydrogen and dihydrogen bonded directly to ruthenium in RuH2(H2)2(PCyp3)2 Hydrogenation and dehydrogenation in potential hydrogen storage compounds Transition metal hydrides are critically involved in

WHY AND HOW WE USE NEUTRONS? CASE STUDIES (pdf - 464 Ki) (pdf - 2.90 Mi) TECHNIQUES RELEVANT TO THE FIELD Neutron diffraction Small Angle neutron scattering Neutron reflectometry Neutron radiography a

Neutron scattering density of the active-site residues and water molecules involved in the interactions between the enzyme xylose isomerase and glucose A close-up view of the putative hydronium (D3O+)

Neutron diffraction is one of the most powerful tools in the world for studying the structure of materials, and is used by scientists from chemistry, physics, biology and materials science. By firing

How neutron spins behave Here D7 is shown in its spin-flip (SF) configuration. Unpolarised neutrons are reflected by the graphite monochromator. The incident neutron beam is polarised by the supermirr

How neutron spins behave Here D7 is shown in its spin-flip (SF) configuration. Unpolarised neutrons are reflected by the graphite monochromator. The incident neutron beam is polarised by the supermirr

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