We present a novel low mass drift chamber concept, developed in order to fulfill the stringent requirements imposed by the experiments for extremely rare processes, which require high resolutions (order of 100–200 keV/c) for particle momenta in a range (50–100 MeV/c) totally dominated by the multiple scattering contribution. We describe a geometry optimization procedure and a new wiring strategy with a feed-through-less wire anchoring system developed and tested on a drift chamber prototype under completion at INFN- Lecce .

Ultra-low mass drift chambers

DE LORENZIS, Laura;MAFFEZZOLI, Alfonso;RELLA, SIMONA;TASSIELLI, GIOVANNI FRANCESCO;ZAVARISE, Giorgio
2013-01-01

Abstract

We present a novel low mass drift chamber concept, developed in order to fulfill the stringent requirements imposed by the experiments for extremely rare processes, which require high resolutions (order of 100–200 keV/c) for particle momenta in a range (50–100 MeV/c) totally dominated by the multiple scattering contribution. We describe a geometry optimization procedure and a new wiring strategy with a feed-through-less wire anchoring system developed and tested on a drift chamber prototype under completion at INFN- Lecce .
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11587/389974
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