We are developing a novel detection system featuring high angular and energy resolution for high-precision momentum reconstruction in multi-fragmentation nuclear physics experiments, based on Double Sided Silicon Strip Detectors as DeltaE stages. We carried out a detailed qualification of the performance of the strip detectors. In order to provide the detector response matrix we used a pulsed mono-energetic proton beam. The contribution presents the results of the characterization of the DSSSD prototype with the pulsed proton beam in terms of amplitude and time response mapping and analysis of the dependence of the signal shape on the position of interaction.
Mapping the detector response of the FARCOS Double – Sided Silicon Strip Detectors with monochromatic single protons
AUDITORE, Lucrezia;LORIA, DARIO;MINNITI, TRIESTINO;SANTORO, SIMONE;TRIFIRO', ANTONIO;TRIMARCHI, MARINA;
2013-01-01
Abstract
We are developing a novel detection system featuring high angular and energy resolution for high-precision momentum reconstruction in multi-fragmentation nuclear physics experiments, based on Double Sided Silicon Strip Detectors as DeltaE stages. We carried out a detailed qualification of the performance of the strip detectors. In order to provide the detector response matrix we used a pulsed mono-energetic proton beam. The contribution presents the results of the characterization of the DSSSD prototype with the pulsed proton beam in terms of amplitude and time response mapping and analysis of the dependence of the signal shape on the position of interaction.Pubblicazioni consigliate
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