MARTA: A high-energy cosmic-ray detector concept with high-accuracy muon measurement

P. ABREU; M. CERDA; S.ANDRINGA; P. ASSIS; A. BLANCO; V. BARBOSA MARTINS; P. BROGUEIRA; N. CAROLINO; L. CAZON; G. CERNICCHIARO; R. COLALILLO; R. CONCEICAO; O. CUNHA; R. M. DE ALMEIDA; V. DE SOUZA; F. DIOGO; C. DOBRIGKEIT; J. ESPADANAL; C. ESPIRITO-SANTO; M. FERREIRA; P. FERREIRA; P. FONTE; U. GIACCARI; P. GONCALVES; F. GUARINO; O. C. LIPPMANN; L. LOPES; R. LUZ; D. MAURIZIO; F. MARUJO; P. MAZUR; L. MENDES; A. PEREIRA; M. PIMENTA; R. R. PRADO; J. RIDKY; R. SARMENTO; C. SCARSO; R. SHELLARD; J. SOUZA; B. TOME; P. TRAVNICEK; J. VÍCHA; H. WOLTERS; E. ZAS

New York

Otro; RPC2018; 2018

Cornell University Library

A new concept for the direct measurement of muons in air showers is presented. The concept is based on resistive plate chambers (RPCs), which can directly measure muons with very good space and time resolution. The muon detector is shielded by placing it under another detector able to absorb and measure the electromagnetic component of the showers such as a water-Cherenkov detector, commonly used in air shower arrays. The combination of the two detectors in a single, compact detector unit provides a unique measurement that opens rich possibilities in the study of air showers.