In this paper we report on the growing of a large xenon crystal that can be used as low energy threshold particle detector for applications in dark matter searches. A large xenon crystal of ∼150 cm3 volume has been grown exploiting the Bridgman-Stockbarger modified technique in a pyrex chamber. The crystal has been used as a proof of concept of the proposed detection scheme as a sensor for cosmic rays.
A feasibility study for a low energy threshold particle detector in a xenon crystal
Braggio C.;Carugno G.;
2020
Abstract
In this paper we report on the growing of a large xenon crystal that can be used as low energy threshold particle detector for applications in dark matter searches. A large xenon crystal of ∼150 cm3 volume has been grown exploiting the Bridgman-Stockbarger modified technique in a pyrex chamber. The crystal has been used as a proof of concept of the proposed detection scheme as a sensor for cosmic rays.
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Guarise_2020_J._Inst._15_C03004.pdf
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Xe_crystal_revised.pdf
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