Summary of Hadronic Processes, Models and Cross Sections for Physics List FTFP_BERT

• proton


   process : hadElastic
• models :
  • hElasticCHIPS from 0 GeV to 100000 GeV
• cross sections :
  • CHIPSElasticXS from 0 GeV to 100000 GeV

   process : ProtonInelastic
• models :
  • FTFP from 4 GeV to 100000 GeV
  • BertiniCascade from 0 GeV to 5 GeV
• cross sections :
  • G4CrossSectionPairGG from 0 GeV to 100000 GeV



• neutron


   process : hadElastic
• models :
  • hElasticCHIPS from 0 GeV to 100000 GeV
• cross sections :
  • CHIPSElasticXS from 0 GeV to 100000 GeV

   process : NeutronInelastic
• models :
  • FTFP from 4 GeV to 100000 GeV
  • BertiniCascade from 0 GeV to 5 GeV
• cross sections :
  • G4CrossSectionPairGG from 0 GeV to 100000 GeV

   process : nCapture
• models :
  • G4LCapture from 0 GeV to 20000 GeV
• cross sections :
  • GheishaCaptureXS from 0 GeV to 100000 GeV

   process : nFission
• models :
  • G4LFission from 0 GeV to 20000 GeV
• cross sections :
  • GheishaFissionXS from 0 GeV to 100000 GeV



• pi+


   process : hadElastic
• models :
  • hElasticLHEP from 0 GeV to 1 GeV
  • hElasticGlauber from 1 GeV to 100000 GeV
• cross sections :
  • Barashenkov-Glauber-Gribov from 0 GeV to 100000 GeV

   process : PionPlusInelastic
• models :
  • FTFP from 4 GeV to 100000 GeV
  • BertiniCascade from 0 GeV to 5 GeV
• cross sections :
  • G4CrossSectionPairGG from 0 GeV to 100000 GeV



• pi-


   process : hadElastic
• models :
  • hElasticLHEP from 0 GeV to 1 GeV
  • hElasticGlauber from 1 GeV to 100000 GeV
• cross sections :
  • Barashenkov-Glauber-Gribov from 0 GeV to 100000 GeV

   process : PionMinusInelastic
• models :
  • FTFP from 4 GeV to 100000 GeV
  • BertiniCascade from 0 GeV to 5 GeV
• cross sections :
  • G4CrossSectionPairGG from 0 GeV to 100000 GeV



• gamma


   process : PhotonInelastic
• models :
  • CHIPSGammaNuclear from 0 GeV to 3.5 GeV
  • TheoFSGenerator from 3 GeV to 100000 GeV
• cross sections :
  • PhotoNuclearXS from 0 GeV to 100000 GeV



• e-


   process : ElectroNuclear
• models :
  • CHIPSElectroNuclear from 0 GeV to 30000 GeV
• cross sections :
  • ElectroNuclearXS from 0 GeV to 100000 GeV



• e+


   process : PositronNuclear
• models :
  • CHIPSElectroNuclear from 0 GeV to 30000 GeV
• cross sections :
  • ElectroNuclearXS from 0 GeV to 100000 GeV



• kaon+


   process : hadElastic
• models :
  • hElasticLHEP from 0 GeV to 100000 GeV
• cross sections :
  • GheishaElastic from 0 GeV to 100000 GeV

   process : KaonPlusInelastic
• models :
  • FTFP from 4 GeV to 100000 GeV
  • BertiniCascade from 0 GeV to 5 GeV
• cross sections :
  • CHIPSInelasticXS from 0 GeV to 100000 GeV



• kaon-


   process : hadElastic
• models :
  • hElasticLHEP from 0 GeV to 100000 GeV
• cross sections :
  • GheishaElastic from 0 GeV to 100000 GeV

   process : KaonMinusInelastic
• models :
  • FTFP from 4 GeV to 100000 GeV
  • BertiniCascade from 0 GeV to 5 GeV
• cross sections :
  • CHIPSInelasticXS from 0 GeV to 100000 GeV



• lambda


   process : hadElastic
• models :
  • hElasticLHEP from 0 GeV to 100000 GeV
• cross sections :
  • GheishaElastic from 0 GeV to 100000 GeV

   process : LambdaInelastic
• models :
  • BertiniCascade from 0 GeV to 6 GeV
  • FTFP from 2 GeV to 100000 GeV
• cross sections :
  • CHIPSInelasticXS from 0 GeV to 100000 GeV



• alpha


   process : alphaInelastic
• models :
  • Binary Cascade from 0 GeV to 4 GeV
  • FTFP from 2 GeV to 100000 GeV
• cross sections :
  • AxenWellischIonH from 0 GeV to 100000 GeV
  • TripathiLightIons from 0 GeV to 100000 GeV
  • Tripathi from 0 GeV to 100000 GeV
  • IonsShen from 0 GeV to 100000 GeV