M
M. Verzocchi
Researcher at Sapienza University of Rome
Publications - 23
Citations - 248
M. Verzocchi is an academic researcher from Sapienza University of Rome. The author has contributed to research in topics: Large Hadron Collider & Detector. The author has an hindex of 9, co-authored 23 publications receiving 244 citations.
Papers
More filters
Journal ArticleDOI
Measurements of charmed-meson production in interactions between 350 GeV/c π− particles and nuclei
M. I. Adamovich,Yu. Alexandrov,Corrado Angelini,Dario Barberis,J. Batten,Filippo Ceradini,C. Cianfarani,M. Dameri,G. Darbo,A. Duane,V. Flaminio,A. Forino,B. R. French,A. Frenkel,C. Gemme,K. Harrison,R. Hurst,A. Kirk,C. Lazzeroni,L. Malferrari,G. Martellotti,Paolo Martinengo,P. Mazzanti,J.G. McEwen,P. Nechaeva,Bianca Maria Osculati,M. Passaseo,Gianni Penso,A. Quareni,L. Rossi,M. Verzocchi,D. Websdale,L. Zanello,M. V. Zavertyaev +33 more
TL;DR: In this article, the authors studied charmed meson production by 350 GeV/c π − particles incident on copper and tungsten targets at the CERN Ω′ spectrometer.
Journal ArticleDOI
Test of a resistive plate chamber operating with low gas amplification at high-intensity beams
C. Bacci,C. Bencze,Roberto Cardarelli,Filippo Ceradini,G. Ciapetti,A. Di Ciaccio,Francesco Lacava,Aleandro Nisati,Domizia Orestano,Emilio Petrolo,Ludovico Pontecorvo,E. Radermacher,R. Santonico,Christopher Seez,F. Szoncso,Stefano Veneziano,M. Verzocchi,G. Walzel,G. Wrochna,C.-E. Wulz,L. Zanello +20 more
TL;DR: In this article, the authors present results on efficiency and time resolution of a resistive plate chamber operating at low gas amplification with a pion beam of flux 0.1-3.9 kHz/cm2.
Journal ArticleDOI
Measurement of the efficiency and time resolution of double-gap resistive plate chambers
T. Moers,H. Tuchscherer,Gy L. Bencze,E. Radermacher,Christopher Seez,G. Wrochna,C. Bacci,Filippo Ceradini,G. Ciapetti,Francesco Lacava,G. Margutti,Aleandro Nisati,Domizia Orestano,Emilio Petrolo,Ludovico Pontecorvo,A. Tusi,Stefano Veneziano,M. Verzocchi,L. Zanello,Roberto Cardarelli,A. Di Ciaccio,R. Santonico,F. Szoncso,G. Walzel,C.-E. Wulz +24 more
TL;DR: In this paper, the authors describe a detector built by assembling together two resistive plate chambers and read out by a single median electrode plane segmented in strips, and present results of measurements of the efficiency and of the time response as a function of the particle flux.
Journal ArticleDOI
A hodoscope made of resistive plate chambers to identify muons in a fixed targed beauty hadroproduction experiment
C. Bacci,Filippo Ceradini,G. Ciapetti,A. Frenkel,E. Gennari,Francesco Lacava,G. Martellotti,Aleandro Nisati,Domizia Orestano,Gianni Penso,Emilio Petrolo,Ludovico Pontecorvo,M. Torelli,A. Tusi,Stefano Veneziano,M. Verzocchi,L. Zanello,Roberto Cardarelli,A. Di Ciaccio,R. Santonico +19 more
TL;DR: In this paper, a large area hodoscope was built to identify muons from semileptonic decays of beauty particles produced in the WA92 experiment at the CERN Super-Proton Synchrotron.
Journal ArticleDOI
WA92: A fixed target experiment to trigger on and identify beauty particle decays
M. I. Adamovich,M. Adinolfi,Yu. Alexandrov,C. Angelini,Federico Antinori,C. Bacci,G.J. Barber,Dario Barberis,D. Barney,J. Batten,W. Beusch,Claudio Bruschini,Roberto Cardarelli,Alessandro Cardini,V. Casanova,Filippo Ceradini,G. Ciapetti,M. Dameri,Giovanni Darbo,A. Di Ciaccio,A. Duane,J. P. Dufey,P. Farthouat,V. Flaminio,A. Forino,B. R. French,A. Frenkel,C. Gemme,R. Gessaroli,K. Harrison,N. Hummadi,R. Hurst,A. Kirk,Francesco Lacava,J. C. Lassalle,C. Lazzeroni,L. Malferrari,S. Maljukov,G. Martellotti,P. Martinengo,P. Mazzanti,J.G. McEwen,Irakli Minashvili,P. Musico,P. Nechaeva,Aleandro Nisati,Domizia Orestano,B. Osculati,M. Passaseo,Gianni Penso,Emilio Petrolo,Ludovico Pontecorvo,A. Quareni,H. Rotscheidt,V. Ryzhov,Chiara Roda,Leonardo Paolo Rossi,N. Russakovich,C. Salvo,R. Santonico,G. Schuler,A. Semenov,A. Solovjev,M. Torelli,Stefano Veneziano,F. Vernocchi,M. Verzocchi,David Websdale,M. Weymann,L. Zanello,M. V. Zavertyaev +70 more
TL;DR: In this article, the authors describe the detectors and trigger system used in the CERN WA92 experiment, which was designed to study the production and decay of beauty particles from 350 GeV/c π − interactions in copper and tungsten targets.