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Variables
real TargetMassN ! Number weighted average target mass number fixed value real TargetAtomicN !The same for average Z of the target fixed value real TargetZ2< Z^2 > of the target ! integer TargetNucleonNo ! target nucleon number at a collision sampled at each collision real TargetZ2_3rd< Z > Since< Z > is almost same as or ! we simpley use this as< Z^2/3 > real TargetZ1_3rd< Z > same reason ! integer TargetProtonNo ! target proton number ! real TargetXs ! inelastic xs for this target common Zair *	TargetMassN

real TargetMassN ! Number weighted average target mass number fixed value real TargetAtomicN !The same for average Z of the target fixed value real TargetZ2< Z^2 > of the target ! integer TargetNucleonNo ! target nucleon number at a collision sampled at each collision real TargetZ2_3rd< Z > Since< Z > is almost same as or ! we simpley use this as< Z^2/3 > real TargetZ1_3rd< Z > same reason ! integer TargetProtonNo ! target proton number ! real TargetXs ! inelastic xs for this target common Zair	TargetAtomicN

real TargetMassN ! Number weighted average target mass number fixed value real TargetAtomicN !The same for average Z of the target fixed value real TargetZ2< Z^2 > of the target ! integer TargetNucleonNo ! target nucleon number at a collision sampled at each collision real TargetZ2_3rd< Z > Since< Z > is almost same as or ! we simpley use this as< Z^2/3 > real TargetZ1_3rd< Z > same reason ! integer TargetProtonNo ! target proton number ! real TargetXs ! inelastic xs for this target common Zair	TargetZ2

real TargetMassN ! Number weighted average target mass number fixed value real TargetAtomicN !The same for average Z of the target fixed value real TargetZ2< Z^2 > of the target ! integer TargetNucleonNo ! target nucleon number at a collision sampled at each collision real TargetZ2_3rd< Z > Since< Z > is almost same as or ! we simpley use this as< Z^2/3 > real TargetZ1_3rd< Z > same reason ! integer TargetProtonNo ! target proton number ! real TargetXs ! inelastic xs for this target common Zair	TargetZ2_3rd

real TargetMassN ! Number weighted average target mass number fixed value real TargetAtomicN !The same for average Z of the target fixed value real TargetZ2< Z^2 > of the target ! integer TargetNucleonNo ! target nucleon number at a collision sampled at each collision real TargetZ2_3rd< Z > Since< Z > is almost same as or ! we simpley use this as< Z^2/3 > real TargetZ1_3rd< Z > same reason ! integer TargetProtonNo ! target proton number ! real TargetXs ! inelastic xs for this target common Zair *TargetZ1_3rd	TargetXs

real TargetMassN ! Number weighted average target mass number fixed value real TargetAtomicN !The same for average Z of the target fixed value real TargetZ2< Z^2 > of the target ! integer TargetNucleonNo ! target nucleon number at a collision sampled at each collision real TargetZ2_3rd< Z > Since< Z > is almost same as or ! we simpley use this as< Z^2/3 > real TargetZ1_3rd< Z > same reason ! integer TargetProtonNo ! target proton number ! real TargetXs ! inelastic xs for this target common Zair *TargetZ1_3rd	TargetNucleonNo

Variable Documentation

◆ TargetAtomicN

real* TargetMassN ! Number weighted average target mass number fixed value real* TargetAtomicN !The same for average Z of the target fixed value real* TargetZ2<Z^2> of the target ! integer TargetNucleonNo ! target nucleon number at a collision sampled at each collision real* TargetZ2_3rd<Z> Since<Z> is almost same as or ! we simpley use this as<Z^2/3> real* TargetZ1_3rd<Z> same reason ! integer TargetProtonNo ! target proton number ! real* TargetXs ! inelastic xs for this target common Zair TargetAtomicN