Difference between revisions of "File:Showersim Geant4 10TeV.png"
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(Geant4 simulation of an air shower triggered by a primary proton with kinetic energy of 10 TeV. The atmosphere is modeled in 10 layers with densities coresponding to the density calculated with the barometric formula at the heights of the layers' center. Only protons (red), negative muons (magenta) and positive muons (yellow) are shown.) |
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| − | Geant4 simulation of an air shower triggered by a primary proton with kinetic energy of 10 TeV. The atmosphere is modeled in 10 layers with densities coresponding to the density calculated with the barometric formula at the heights of the layers' center. Only protons (red), negative muons (magenta) and positive muons (yellow) are shown. | + | Geant4 simulation of an air shower triggered by a primary proton with kinetic energy of 10 TeV. The atmosphere is modeled in 10 layers with densities coresponding to the density calculated with the barometric formula at the heights of the layers' center. Only protons (red), negative muons (magenta) and positive muons (yellow) are shown. Earth's surface (right side) is defined as a planar square with side length of 40 km in the simulation. |
Latest revision as of 08:37, 4 September 2020
Summary
Geant4 simulation of an air shower triggered by a primary proton with kinetic energy of 10 TeV. The atmosphere is modeled in 10 layers with densities coresponding to the density calculated with the barometric formula at the heights of the layers' center. Only protons (red), negative muons (magenta) and positive muons (yellow) are shown. Earth's surface (right side) is defined as a planar square with side length of 40 km in the simulation.
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 08:33, 4 September 2020 |  | 870 × 886 (130 KB) | Hgz (talk | contribs) | Geant4 simulation of an air shower triggered by a primary proton with kinetic energy of 10 TeV. The atmosphere is modeled in 10 layers with densities coresponding to the density calculated with the barometric formula at the heights of the layers' center. Only protons (red), negative muons (magenta) and positive muons (yellow) are shown. |
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