M
M. Lindozzi
Publications - 3
Citations - 24
M. Lindozzi is an academic researcher. The author has contributed to research in topics: Neutrino oscillation & Muon. The author has an hindex of 2, co-authored 3 publications receiving 24 citations.
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Journal ArticleDOI
Muon energy estimate through multiple scattering with the MACRO detector
M. Ambrosio,R. Antolini,G. Auriemma,G. Auriemma,D. Bakari,A. Baldini,G. C. Barbarino,B. C. Barish,G. Battistoni,Yvonne Becherini,Roberto Bellotti,C. Bemporad,P. Bernardini,Halina Bilokon,C. Bloise,C. R. Bower,M. Brigida,Severino Angelo Maria Bussino,F. Cafagna,M. Calicchio,D. Campana,A. Candela,M. Carboni,R. Caruso,F. Cassese,S. Cecchini,Fabrizio Cei,V. Chiarella,B. C. Choudhary,S. Coutu,S. Coutu,M. Cozzi,G. de Cataldo,M. De Deo,H. Dekhissi,C. De Marzo,I. De Mitri,J. Derkaoui,M. De Vincenzi,A. Di Credico,M. D'Incecco,O. Erriquez,C. Favuzzi,C. Forti,P. Fusco,G. Giacomelli,G. Giannini,G. Giannini,N. Giglietto,M. Giorgini,M. Grassi,Lindsey Gray,A. A. Grillo,F. Guarino,C. Gustavino,Alec Habig,Kael Hanson,R.M. Heinz,E. Iarocci,E. Katsavounidis,E. Katsavounidis,Ioannis Katsavounidis,E. Kearns,Hyun-Chul Kim,S. Kyriazopoulou,E. Lamanna,E. Lamanna,C. E. Lane,D. Levin,M. Lindozzi,Paolo Lipari,Np Longley,Np Longley,M. J. Longo,F. Loparco,F. Maaroufi,G. Mancarella,G. Mandrioli,Annarita Margiotta,Andrea Carlo Marini,D. Martello,A. Marzari-Chiesa,M. N. Mazziotta,D. G. Michael,P. Monacelli,Teresa Montaruli,Marco Monteno,S. L. Mufson,J. A. Musser,Donato Nicolo,R. Nolty,C. Orth,Giuseppe Osteria,O. Palamara,Vincenzo Patera,L. Patrizii,R. Pazzi,C. W. Peck,L. Perrone,S. Petrera,P. Pistilli,V. Popa,A. Rainò,J. Reynoldson,F.J. Ronga,A. Rrhioua,C. Satriano,C. Satriano,Eugenio Scapparone,Kate Scholberg,Kate Scholberg,A. Sciubba,P. Serra,Maximiliano Sioli,G. Sirri,Mario Sitta,Mario Sitta,P. Spinelli,M. Spinetti,Maurizio Spurio,R. Steinberg,J. L. Stone,L. R. Sulak,A. Surdo,Gregory Tarle,E. Tatananni,V. Togo,M. Vakili,C. W. Walter,C. W. Walter,R. C. Webb,R. C. Webb +131 more
TL;DR: In this article, the authors used a neural network approach to reconstruct the muon energy for E μ GeV, which can be used further to obtain an estimate of the energy of muons crossing the detector.
Journal ArticleDOI
Performance of a magnetized calorimeter for a long baseline neutrino oscillation experiment
G. C. Barbarino,P. Bernardini,M. Brigida,D. Campana,A. Candela,Rossella Caruso,A. Ceres,I. De Mitri,A. Di Credico,C. Favuzzi,P. Fusco,F. Gargano,N. Giglietto,Francesco Giordano,A. A. Grillo,F. Guarino,A. Leone,M. Lindozzi,F. Loparco,G. Mancarella,M. N. Mazziotta,M. Mongelli,G. Osteria,V. Palladino,M. Perchiazzi,A. Rainò,S. Rainò,A. Sacchetti,Eugenio Scapparone,P. Spinelli +29 more
TL;DR: In this paper, the magnetic field measurements performed on reduced scale prototypes show that an average magnetic flux density of ∼1.3 T can be achieved. And the magnetic drift tubes used for the tracker allow to obtain spatial resolutions better than 400 μm.
Journal ArticleDOI
Evaluation of candidate photomultiplier tubes for the NOE scintillating fiber calorimeter
G. C. Barbarino,P. Bernardini,M. Brigida,D. Campana,A. Candela,Rossella Caruso,A. Ceres,I. De Mitri,A. Di Credico,C. Favuzzi,P. Fusco,F. Gargano,N. Giglietto,Francesco Giordano,A. A. Grillo,F. Guarino,A. Leone,M. Lindozzi,F. Loparco,G. Mancarella,M. N. Mazziotta,M. Mongelli,G. Osteria,V. Palladino,M. Perchiazzi,C. Pinto,A. Rainò,S. Rainò,A. Sacchetti,Eugenio Scapparone,P. Spinelli,A. Zilli +31 more
TL;DR: In this article, several measurements have been made on different phototubes in order to select the type to be used for the readout system of the NOE magnetized scintillating fiber calorimeter.