Author(s):
Sarmento, Raul ; Castro, Alberto Blanco ; Caldeira, Bento ; Tomé, Bernardo ; Loureiro, Custódio ; Clemêncio, Filomena ; Costa, João ; Matos, João ; Saraiva, João ; Silva, Jorge ; Borges, José ; Cazon, Lorenzo ; Afonso, Luis ; Lopes, Luís ; Duarte, Magda ; Pinto, Marco ; Pimenta, Mário ; Bezzeghpud, Mourad ; Dobrilla, Paolo ; Assis, Pedro ; Teixeira, Pedro ; Oliveira, Rui Jorge ; Andringa, Sofia ; Pais, Vanessa
Date: 2025
Persistent ID: http://hdl.handle.net/10174/38607
Origin: Repositório Científico da Universidade de Évora
Subject(s): Geophysics applications; Muon tomography; Resistive Plate Chambers
Description
Muon tomography is one of several fields of applied physics that have witnessed the successful use of particle detection based on Resistive Plate Chambers (RPC). In this work, we report on an innovative project concerning transmission muography for geological characterization. For this purpose, a muon telescope built of four RPC planes was mounted on an adjustable structure and the telescope's response to atmospheric muons was studied. Data acquisition campaigns took place at different locations for producing muographic images of the building of the Physics Department of the University of Coimbra, in Portugal. More recently, the detector was moved to an underground gallery of an old mine, where it is taking data that is being assessed in combination with the results from conventional geophysics techniques.
