Thursday, November 2, 2006, 12:30 pm — 2-160, Bldg. 510A
An analysis technique that treats experimental data and theoretical calculations on an equal footing by applying identical selection criteria has been developed. The so called sampling method integrates predictions from a theoretical model for true comparison with experiment. The novel approach takes into account acceptance as well as non-uniformities of the detection efficiencies and is suitable for any kinematically complete experiment with three (or more) particles in the final state. The straightforward procedure will be illustrated with the employment of the sampling method to the analysis of polarization observables in a dp breakup reaction. The data were taken using a vector and tensor polarized deuteron beam in conjunction with a polarized hydrogen target. The theoretical calculations were carried out in the Faddeev framework.
Hosted by: Gerry Bunce
3227 | INT/EXT | Events Calendar
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