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GEANT4 simulation of the ACE beam line : Measurement of the energy distribution of degraded Antiproton beam and the ToF signal of generated pions.

The present document describes my 8 weeks work project as a summer student at the AEgIS experiment under the supervision of Michael Doser and what i have learned during this period . It can be devided into three main tasks which are: Theoretical preparations concerning low energy antiproton physics...

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Autor principal: BRAHIMI, Nihel
Lenguaje:eng
Publicado: 2014
Materias:
Acceso en línea:http://cds.cern.ch/record/1757217
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author BRAHIMI, Nihel
author_facet BRAHIMI, Nihel
author_sort BRAHIMI, Nihel
collection CERN
description The present document describes my 8 weeks work project as a summer student at the AEgIS experiment under the supervision of Michael Doser and what i have learned during this period . It can be devided into three main tasks which are: Theoretical preparations concerning low energy antiproton physics. Learning the basic principles of GEANT4 simu- lation toolkit. Using GEANT4 platform to follow up the work of two technical students (Logan and Conrad) in designing an experiment (ACE beam line ) which aims at improving the methods of detect- ing matter-antimatter annihilations vertices at low energies in terms of resolution and accuracy using hybrid detectors .
id cern-1757217
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2014
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spelling cern-17572172019-09-30T06:29:59Zhttp://cds.cern.ch/record/1757217engBRAHIMI, NihelGEANT4 simulation of the ACE beam line : Measurement of the energy distribution of degraded Antiproton beam and the ToF signal of generated pions.Detectors and Experimental TechniquesThe present document describes my 8 weeks work project as a summer student at the AEgIS experiment under the supervision of Michael Doser and what i have learned during this period . It can be devided into three main tasks which are: Theoretical preparations concerning low energy antiproton physics. Learning the basic principles of GEANT4 simu- lation toolkit. Using GEANT4 platform to follow up the work of two technical students (Logan and Conrad) in designing an experiment (ACE beam line ) which aims at improving the methods of detect- ing matter-antimatter annihilations vertices at low energies in terms of resolution and accuracy using hybrid detectors .CERN-STUDENTS-Note-2014-214oai:cds.cern.ch:17572172014-09-05
spellingShingle Detectors and Experimental Techniques
BRAHIMI, Nihel
GEANT4 simulation of the ACE beam line : Measurement of the energy distribution of degraded Antiproton beam and the ToF signal of generated pions.
title GEANT4 simulation of the ACE beam line : Measurement of the energy distribution of degraded Antiproton beam and the ToF signal of generated pions.
title_full GEANT4 simulation of the ACE beam line : Measurement of the energy distribution of degraded Antiproton beam and the ToF signal of generated pions.
title_fullStr GEANT4 simulation of the ACE beam line : Measurement of the energy distribution of degraded Antiproton beam and the ToF signal of generated pions.
title_full_unstemmed GEANT4 simulation of the ACE beam line : Measurement of the energy distribution of degraded Antiproton beam and the ToF signal of generated pions.
title_short GEANT4 simulation of the ACE beam line : Measurement of the energy distribution of degraded Antiproton beam and the ToF signal of generated pions.
title_sort geant4 simulation of the ace beam line : measurement of the energy distribution of degraded antiproton beam and the tof signal of generated pions.
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/1757217
work_keys_str_mv AT brahiminihel geant4simulationoftheacebeamlinemeasurementoftheenergydistributionofdegradedantiprotonbeamandthetofsignalofgeneratedpions