Abstract
Since tracking charged particles through an inhomogeneous field consumes much computer time, we have tried to replace it by another method for the CERN-Hamburg-Orsay-Vienna experiment performed in the Split-Field Magnet of the CERN Intersecting Storage Rings. This method has been shown to be sufficiently accurate and faster than a standard tracking method by one order of magnitude. Its use in the reconstruction program of the experiment brought an over-all gain in speed of three for the analysis of proton-proton elastic scattering events.
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