Difference between revisions of "PbBi THickness PntSource"

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| PbBi Thickness (mm) || #positrons/million electrons (G4Beamline)|| #positrons/million electrons (MCNPX)
 
| PbBi Thickness (mm) || #positrons/million electrons (G4Beamline)|| #positrons/million electrons (MCNPX)
 
|-
 
|-
| 1    || || 1091
+
| 1    || 981 || 1091
 
|-
 
|-
| 1.5    || || 1728
+
| 1.5    || 1494 || 1728
 
|-
 
|-
| 2    || 1902<math>\pm</math> 43 || 1984
+
| 2    || 1686<math>\pm</math> 43 || 1984
 
|-
 
|-
| 3|| <math>\pm</math> 13|| 1986
+
| 3|| 1648<math>\pm</math> 13|| 1986
 
|-
 
|-
| 4||<math>\pm</math> 39 || 1858
+
| 4||1528<math>\pm</math> 39 || 1858
 
|-
 
|-
| 5||  || 1646
+
| 5||  1354|| 1646
 
|-
 
|-
| 6|| <math> \pm</math> 37 || 1541
+
| 6|| 1256<math> \pm</math> 37 || 1541
 
|-
 
|-
| 7|| 1462,1532 <math> \pm</math> 37 || 1541
+
| 7|| 1462,1532, 1407 <math> \pm</math> 37 || 1541
 
|-
 
|-
| 10|| || 1216
+
| 10|| 989 || 1216
 
|-
 
|-
 
|}
 
|}

Revision as of 20:10, 19 May 2015

2mm thick PbBi, 10 MeV, point source G4beamline pencil beam 10 cm radius

beam ellipse particle=e- nEvents=1000000 beamZ=0.0 beamX=0. beamY=0. \
        sigmaX=10.0 sigmaY=10.0 sigmaXp=0.000 sigmaYp=0.000 \
      meanMomentum=10. sigmaE=0. maxR=10.
PbBi Thickness (mm) #positrons/million electrons (G4Beamline) #positrons/million electrons (MCNPX)
1 981 1091
1.5 1494 1728
2 1686[math]\pm[/math] 43 1984
3 1648[math]\pm[/math] 13 1986
4 1528[math]\pm[/math] 39 1858
5 1354 1646
6 1256[math] \pm[/math] 37 1541
7 1462,1532, 1407 [math] \pm[/math] 37 1541
10 989 1216


G4Beamline_PbBi#PbBi_THickness_PntSource