The purpose of the MU-RAY project is to develop an innovative approach to the study of volcanoes and their monitoring based on a particle physics approach. The test site is Vesuvio: one of the higher risk volcanoes in the world. In this context, muon radiography is an innovative method of enormous impact. This is an imaging technique which relies on the measurement, by means of a cosmic ray telescope, of the absorption in the volcano of muons with near-horizontal trajectories, produced by the interactions of cosmic rays with the atmosphere. Since 2003 this technique has been successfully used on volcanoes in Japan, providing pictures of their vertices with resolutions much better than those obtained with the traditional techniques based on gravimeters. Researchers from Naples and Florence are currently involved in the construction and testing of a prototype telescope based on the use of bars of plastic scintillator with a triangular section whose scintillation light is collected by special fibres (wave length shifters) and transported to SiPM (Silicon photomultipliers). A complete prototype telescope, consisting of three xy scintillation planes and 1 m^2 active area has been assembled and is now under test.
The MU-RAY experiment. An application of SiPM technology to the understanding of volcanic phenomena / A., Anastasio; Ambrosino, Fabio; D., Basta; L., Bonechi; M., Brianzi; A., Bross; S., Callier; F., Cassese; G., Castellini; R., Ciaranfi; Cimmino, Luigi; R., D’Alessandro; B., Defazio; C., Delataille; Garufi, Fabio; G., Iacobucci; M., Martini; V., Masone; C., Mattone; S., Miyamoto; Montesi, MARIA CRISTINA; R., Nishiyama; Noli, Pasquale; M., Orazi; L., Parascandolo; G., Passeggio; R., Peluso; A., Pla Dalmau; L., Raux; R., Rocco; P., Rubinov; Saracino, Giulio; E., Scarlini; G., Scarpato; G., Sekhniaidze; O., Starodubtsev; Strolin, PAOLO EMILIO; A., Taketa; H. K. M., Tanaka; M., Tanaka; T., Uchida. - In: NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH. SECTION A, ACCELERATORS, SPECTROMETERS, DETECTORS AND ASSOCIATED EQUIPMENT. - ISSN 0168-9002. - (2012), pp. 20-23. [10.1016/j.nima.2012.08.065]
The MU-RAY experiment. An application of SiPM technology to the understanding of volcanic phenomena
AMBROSINO, FABIO;CIMMINO, LUIGI;GARUFI, FABIO;MONTESI, MARIA CRISTINA;NOLI, pasquale;SARACINO, GIULIO;STROLIN, PAOLO EMILIO;
2012
Abstract
The purpose of the MU-RAY project is to develop an innovative approach to the study of volcanoes and their monitoring based on a particle physics approach. The test site is Vesuvio: one of the higher risk volcanoes in the world. In this context, muon radiography is an innovative method of enormous impact. This is an imaging technique which relies on the measurement, by means of a cosmic ray telescope, of the absorption in the volcano of muons with near-horizontal trajectories, produced by the interactions of cosmic rays with the atmosphere. Since 2003 this technique has been successfully used on volcanoes in Japan, providing pictures of their vertices with resolutions much better than those obtained with the traditional techniques based on gravimeters. Researchers from Naples and Florence are currently involved in the construction and testing of a prototype telescope based on the use of bars of plastic scintillator with a triangular section whose scintillation light is collected by special fibres (wave length shifters) and transported to SiPM (Silicon photomultipliers). A complete prototype telescope, consisting of three xy scintillation planes and 1 m^2 active area has been assembled and is now under test.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
