Monoenergetic proton pencil beam

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This example shows the dose distribution in water along the incident proton beam. The beam hits the water cube surface and deposits a dose under the surface of the water. The volume of the water cube is divided into slices perpendicular to the incident beam. At each slice the deposited dose and energy is computed.  
This example shows the dose distribution in water along the incident proton beam. The beam hits the water cube surface and deposits a dose under the surface of the water. The volume of the water cube is divided into slices perpendicular to the incident beam. At each slice the deposited dose and energy is computed.  
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The slices are created using class '''G4PVReplica'''. The energy and dose are scored using user defined class '''G4UserSteppingAction'''. Protons are generated using '''G4ParticleGun''' class. There is an option to chose among several EM and '''QGSP_BIC_EMY''' physics lists.
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The slices are created using class '''G4PVReplica'''. The energy and dose are scored using user defined class '''G4UserSteppingAction''' and '''G4UserRunAction'''. Protons are generated using '''G4ParticleGun''' class. There is an option to chose among several EM and '''QGSP_BIC_EMY''' physics lists.
== <span style="color:#000080"> Setting up the environment </span> ==  
== <span style="color:#000080"> Setting up the environment </span> ==  

Revision as of 15:40, 23 July 2014

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