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The Computing for Science (CS) group supports ILL scientists, students and visitors in a number of activities including data analysis, instrument simulation and sample simulation.

Instrument Simulations - Virtual ExperimentsOur group takes part in the development of the McStas package, which provides a complete tool box to simulate instruments. A step further is the simulation of Virtual Experiments, which includes accurate models of samples.
Many of the ILL instruments have already been simulated using the Monte-Carlo ray tracing technique implemented in McStas. Watch the demo movie of McStas.
LEGO (c) TAS and TOF models controlled from McStas We demonstrate how to build a TAS and a TOF LEGO model that is controlled from a McStas simulation. The model moves during measurement sequences ! Nice for teaching and demo purposes.
A simulated sample can be added to an instrument simulation. The resulting "virtual" experiment is a valuable tool for both optimising a real experiment or better understanding its results.
The ILL reactor model and flux at beam tubes We have used MCNP, Tripoli and McStas to compute the flux at each beam tube, and compare them with measured capture flux. |