itep ion experiment
DESCRIPTION
GEANT3 Simulation Boris Zagreev ITEP, 19 November 2003. ITEP Ion Experiment. GEANT3 based on ROOT. PAW -> ROOT (see http://root.cern.ch) C++ interface Virtual Monte-Carlo: GEANT3, GEANT4, FLUKA etc. Setup. Установка в GEANT3. - PowerPoint PPT PresentationTRANSCRIPT
ITEP Ion Experiment
GEANT3 Simulation
Boris ZagreevITEP, 19 November 2003
GEANT3 based on ROOT
● PAW -> ROOT (see http://root.cern.ch)● C++ interface● Virtual Monte-Carlo: GEANT3, GEANT4,
FLUKA etc.
Setup
Установка в GEANT3
Occupancy & spectra at the first (solid) and the last (dashed) tracking plane. B=1T, T=0.8 GeV*A
All~3 part./eventat the first plane
Charged~1 part./eventat the first plane
Occupancy & spectra at the first (solid) and the last (dashed) tracking plane. B=1.5T, T=0.8 GeV*A
All~3 part./eventat the first plane
Charged~1 part./eventat the first plane
Occupancy & spectra at the first (solid) and the last (dashed) tracking plane. B=1T, T=2.1 GeV*A
All~3 part./eventat the first plane
Charged~1 part./eventat the first plane
Occupancy & spectra at the first (solid) and the last (dashed) tracking plane. B=1.5T, T=2.1 GeV*A
All~3 part./eventat the first plane
Charged~1 part./eventat the first plane
Occupancy & spectra at the first (solid) and the last (dashed) tracking plane. B=1T, T=3.66 GeV*A
All~3 part./eventat the first plane
Charged~1 part./eventat the first plane
Occupancy & spectra at the first (solid) and the last (dashed) tracking plane. B=1.5T, T=3.66 GeV*A
All~3 part./eventat the first plane
Charged~1 part./eventat the first plane
Occupancy & spectra at the forward calorimeter, T=0.8 GeV*A
All~9 part./event
Charged~4 part./event
Occupancy & spectra at the forward calorimeter, T=2.1 GeV*A
All~11 part./event
Charged~5 part./event
Occupancy & spectra at the forward calorimeter, T=3.66 GeV*A
All~12 part./event
Charged~6 part./event
Generator distribution
Заключение
● Поток заряженных частиц через первую плоскость камер ~1/(32x32) cm 10 cm
● Поток заряженных частиц через последнюю плоскость камер более чем на порядок меньше.
● Через передний калориметер проходит ~10 частиц за событие при энергии налетающего ядра углерода от 0.8 до 3.66 GeV/c.
-3 -2-2