COSMOS v7.655  COSMOSv7655
(AirShowerMC)
Zair.h
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1  real*8 TargetMassN ! Number weighted average target mass number. fixed value
2  real*8 TargetAtomicN !The same for average Z of the target. fixed value
3  real*8 TargetZ2 ! <Z^2> of the target
4 ! integer TargetNucleonNo ! target nucleon number at a collision. sampled at each collision
5  real*8 TargetZ2_3rd ! <Z>^(2/3). Since <Z> is almost same as 7 or 8
6 ! we simpley use this as <Z^2/3>
7  real*8 TargetZ1_3rd ! <Z>^(1/3). same reason
8 
9 ! integer TargetProtonNo ! target proton number // //
10 ! real*8 TargetXs ! inelastic xs for this target
11 
12  common /Zair/
13  * TargetMassN, TargetAtomicN, TargetZ2, TargetZ2_3rd,
14  * TargetZ1_3rd
15 ! *, TargetXs, TargetNucleonNo, TargetProtonNo
16 ! last 3 moved to modXsecMedia
17  save /Zair/
18 
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23 
real
float real
Definition: Zdef.h:2
integer
int integer
Definition: Zdef.h:3
TargetProtonNo
#define TargetProtonNo
Definition: Ztrackv.h:178
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 TargetXs
Definition: Zair.h:13
collision
! integer SkipPtclGen common Zheavyvc2 SkipPtclGen ! in heavy particle collision
Definition: Zheavyv.h:6
as
! Parameters used for hadronic cascade shower is generated newline ! For you may give as as or em as(order/case/separator insensitive) is to generate EM-cascade and AS. \newline ! Generate
xs
! constants thru Cosmos real ! if multiplied to deg radian Torad ! light velocity m sec ! infinty ! kg m2 *Togpcm2 g cm2 ! g cm2 *Tokgpm2 kg m2 ! cm *Tom m ! m *Tocm cm ! g cm3 *Tokgpm3 kg m3 ! kg m3 *Togpcm3 g cm3 ! sec *Tonsec nsec ! Tesla m ! Avogadro *A2deninv ! mfp *n * xs
Definition: Zglobalc.h:18
to
integer maxbin nregion c minsave drx2 ! drawing region real maxdep integer maxpos integer to
Definition: Zfit.h:15
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 TargetZ2_3rd
Definition: Zair.h:13
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
Definition: Zair.h:13
TargetNucleonNo
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
Definition: Zair.h:13
nrl_atmos::a
real(4), save a
Definition: cNRLAtmos.f:20
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 * TargetMassN
Definition: Zair.h:13
mass
*Zfirst p fm *Zfirst p mass
Definition: ZavoidUnionMap.h:1
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
Definition: Zair.h:13
is
block data cblkIncident data *Za1ry is
Definition: cblkIncident.h:5