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None how to find the total energy deposit of each particle 

Keywords: total energy deposit of each particle
Forum: Event and Track Management
Date: 04 Apr, 2006
From: habib <habibovich@hotmail.com>

hi everybody,

my simulation consists on finding the efficieny of a scintillator. so the scintillateur( C10 H13) is bombarded with neutrons.elastic reactions happens between neutrons and hydrogen and the protons(hydrogen) are accelerated with a kinetic energy that depend of the neutron s energy. and those protons interact in the scintillator and lose some energy and maybe all their energy and are stopped in the scintillator. till now i found the :

 trackID      
 particleName 
 edeposit	      
 position	

of each particle on each step. what i need now is to find the energy deposit by each particle in the scintillator from the moment it is created to the moment of it s death or it s escape from the scintillator. how could i do that ???

here is a little example of what i was able to find till now :

  trackID: 11  particleName: proton  energy deposit: 9.9873562 keV  position: 0.39061309 -2.9693066e-08 1.8000001 cm 
  trackID: 11  particleName: proton  energy deposit: 12.87952 keV  position: 0.39064767 -1.1294956e-08 1.8000001 cm 
  trackID: 11  particleName: proton  energy deposit: 7.8490698 keV  position: 0.39068226 -3.0251882e-07 1.8 cm 
  trackID: 11  particleName: proton  energy deposit: 9.0961652 keV  position: 0.39071684 -4.5577309e-07 1.8000001 cm 
  trackID: 11  particleName: proton  energy deposit: 11.533169 keV  position: 0.39075142 -6.422089e-07 1.7999999 cm 
  trackID: 11  particleName: proton  energy deposit: 8.9644676 keV  position: 0.390786 -5.383347e-07 1.7999995 cm 
  trackID: 11  particleName: proton  energy deposit: 9.6062644 keV  position: 0.39082058 -6.8453914e-07 1.7999991 cm 
  trackID: 11  particleName: proton  energy deposit: 10.74139 keV  position: 0.39085514 -6.2809692e-07 1.7999979 cm 
  trackID: 11  particleName: proton  energy deposit: 12.759871 keV  position: 0.3908897 -4.0591708e-07 1.7999967 cm 
  trackID: 11  particleName: proton  energy deposit: 8.817862 keV  position: 0.39092426 -1.7995312e-07 1.7999954 cm 
  trackID: 11  particleName: proton  energy deposit: 12.40656 keV  position: 0.39095881 2.9614902e-07 1.799994 cm 
  trackID: 11  particleName: proton  energy deposit: 10.017811 keV  position: 0.39099337 6.0682718e-07 1.799993 cm 
  trackID: 13  particleName: proton  energy deposit: 11.17661 keV  position: -0.49620862 1.0374151e-07 -3.5999999 cm 
  trackID: 13  particleName: proton  energy deposit: 10.778397 keV  position: -0.49617404 1.6225935e-08 -3.6000001 cm 
  trackID: 13  particleName: proton  energy deposit: 8.972567 keV  position: -0.49613946 -7.756244e-08 -3.6000001 cm 
  trackID: 13  particleName: proton  energy deposit: 7.6348086 keV  position: -0.49610487 -3.6578502e-07 -3.6000001 cm 
  trackID: 13  particleName: proton  energy deposit: 10.642982 keV  position: -0.49607029 -6.2403364e-07 -3.6000003 cm 
  trackID: 13  particleName: proton  energy deposit: 8.4076012 keV  position: -0.49603571 -8.3358727e-07 -3.6000005 cm 
  trackID: 13  particleName: proton  energy deposit: 13.359936 keV  position: -0.49600113 -1.056456e-06 -3.6000007 cm 
  trackID: 13  particleName: proton  energy deposit: 11.540354 keV  position: -0.49596655 -1.0569244e-06 -3.6000008 cm

like i explained before : what i need is the total energy deposit of the particle number 11 and the total energy deposit of the particle number 13

thanks
 

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1 None: Re: how to find the total energy deposit of each particle   (Makoto Asai - 14 Apr, 2006)
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