DocumentCode :
1063232
Title :
Applications of GEANT4 in astroparticle experiments
Author :
Espírito-Santo, Maria Catarina ; Gonçalves, Patrícia ; Pimenta, Mário ; Rodrigues, Pedro ; Tomé, Bernardo ; Trindade, Andreia
Author_Institution :
Laboratorio de Instrumentcao e Fisica Exp. de Particulas, Lisboa, Portugal
Volume :
51
Issue :
4
fYear :
2004
Firstpage :
1373
Lastpage :
1377
Abstract :
The GEANT4 Monte Carlo radiation transport toolkit, developed by the RD44 and GEANT4 Collaborations, aims to become a tool of generalized application in high energy physics, nuclear physics, astrophysics, and medical physics research. Due to its object-oriented design, GEANT4 is a distinct new approach for the development of flexible simulation applications. A wide energy range coverage for both electromagnetic and hadronic physics processes is offered. GEANT4 provides also an optical physics process category, allowing the production and propagation of scintillation and Cherenkov emitted light to be described. Such capabilities are well tailored for the requirements of the new generation of astrophysics experiments to be installed on the International Space Station, like EUSO and AMS. In this paper, the system architecture of a GEANT4 based simulation framework and its application to EUSO/ULTRA and AMS/RICH performance studies are presented.
Keywords :
Cherenkov counters; Cherenkov radiation; Monte Carlo methods; atmospheric optics; cosmic ray apparatus; high energy physics instrumentation computing; light reflection; light transmission; particle spectrometers; ultraviolet sources (astronomical); AMS/RICH performance study; Cherenkov emitted light propagation; EUSO/ULTRA performance study; Extreme Universe Space Observatory; GEANT4 Monte Carlo radiation transport toolkit; International Space Station; alpha magnetic spectrometer; astroparticle experiment; astrophysics research; electromagnetic physics process; hadronic physics process; high energy physics research; medical physics research; nuclear physics research; object-oriented design; optical physics process; scintillation propagation; ultrahigh energy cosmic ray detection; ultraviolet light reflection; ultraviolet light transmission; Astrophysics; Biomedical optical imaging; Collaborative tools; Electromagnetic propagation; Medical simulation; Monte Carlo methods; Nuclear physics; Object oriented modeling; Production; Stimulated emission;
fLanguage :
English
Journal_Title :
Nuclear Science, IEEE Transactions on
Publisher :
ieee
ISSN :
0018-9499
Type :
jour
DOI :
10.1109/TNS.2004.832288
Filename :
1323699
Link To Document :
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