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CaloCube: a novel calorimeter for high-energy cosmic rays in space

by Tricomi, A. , Zampa, G. , Pirzio, F. , Bonechi, S. , Cappello, G. , Marrocchesi, P.S. , Stolzi, F. , Agnesi, A. , Fasoli, M. , Castellini, G. , Pellegriti, M.G. , Ricciarini, S. , Bonvicini, V. , Rappoldi, A. , Lenzi, P. , Tiberio, A. , Basti, A. , Suh, J.E. , Bottai, S. , Vedda, A. , Spillantini, P. , Finetti, N. , Italiano, A. , Cattaneo, P.W. , Trifirò, A. , Albergo, S. , Bongi, M. , Vannuccini, E. , D’Alessandro, R. , Starodubtsev, O. , Brogi, P. , Bigongiari, G. , Adriani, O. , Berti, E. , Maestro, P. , Detti, S. , Miritello, M. , Carotenuto, G. , Papini, P. , Olmi, M. , Auditore, L. , Zampa, N. , Orzan, G. , Trimarchi, M. , Pacini, L. , Sulaj, A. , Bonechi, L. , Mori, N.

in Cosmic rays / Design optimization / Particle beams / Photodiodes / R&D / Research & development / Synchrotrons

2017

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CaloCube: a novel calorimeter for high-energy cosmic rays in space

in Cosmic rays / Design optimization / Particle beams / Photodiodes / R&D / Research & development / Synchrotrons

2017

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CaloCube: a novel calorimeter for high-energy cosmic rays in space

in Cosmic rays / Design optimization / Particle beams / Photodiodes / R&D / Research & development / Synchrotrons

2017

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Journal Article

CaloCube: a novel calorimeter for high-energy cosmic rays in space

Tricomi, A.,

Zampa, G.,

Pirzio, F.,

Bonechi, S.,

Cappello, G.,

Marrocchesi, P.S.,

Stolzi, F.,

Agnesi, A.,

Fasoli, M.,

Castellini, G.,

Pellegriti, M.G.,

Ricciarini, S.,

Bonvicini, V.,

Rappoldi, A.,

Lenzi, P.,

Tiberio, A.,

Basti, A.,

Suh, J.E.,

Bottai, S.,

Vedda, A.,

Spillantini, P.,

Finetti, N.,

Italiano, A.,

Cattaneo, P.W.,

Trifirò, A.,

Albergo, S.,

Bongi, M.,

Vannuccini, E.,

D’Alessandro, R.,

Starodubtsev, O.,

Brogi, P.,

Bigongiari, G.,

Adriani, O.,

Berti, E.,

Maestro, P.,

Detti, S.,

Miritello, M.,

Carotenuto, G.,

Papini, P.,

Olmi, M.,

Auditore, L.,

Zampa, N.,

Orzan, G.,

Trimarchi, M.,

Pacini, L.,

Sulaj, A.,

Bonechi, L.,

Mori, N.

2017

Overview

CaloCube is an R&D project borne to develop a novel calorimeter design, optimized for high-energy cosmic ray measurements in space. A small prototype made of CsI(Tl) elements has been built and tested on particle beams. A final version, made of 5×5×18 crystals and with dual readout (two photodiodes for each crystal), to cover the full required dynamic range, is under construction and will be tested at CERN SPS in Summer 2016. The dual readout compensation technique were developed and the feasibility to extract Čerenkov signals from CsI crystals verified.

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Publisher

EDP Sciences

Subject

Cosmic rays

/ Design optimization

/ Particle beams

/ Photodiodes

/ R&D

/ Research & development

/ Synchrotrons