Difference between revisions of "DV Creating LUND Files"
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This represents the polarization of the target material, either positive or negative 1. This value is always set to 1 and has no effect within the GEMC simulations. | This represents the polarization of the target material, either positive or negative 1. This value is always set to 1 and has no effect within the GEMC simulations. | ||
| − | ==5== | + | ==5:Beam Polarization== |
| + | This represents the polarization of the electron beam, either negative or positive 1. This value is always set to positive 1. | ||
==6== | ==6== | ||
Revision as of 03:33, 29 March 2016
The LUND format
| Column | Quantity |
|---|---|
Where
1:Number of Particles
This line tells how many particles follow the header line. For Moller Scattering, this number should always be 2.
2:Number of Target Nucleons
For this simulation, only an electron-electron collision is considered. This quantity is always set to 1 for the one stationary electron we consider the incident electron scattering from.
3:Number of Target Protons
For Moller Scattering, there are no target protons. This number is set to 1, but does not have any effect within the GEMC simulations.
4:Target Polarization
This represents the polarization of the target material, either positive or negative 1. This value is always set to 1 and has no effect within the GEMC simulations.
5:Beam Polarization
This represents the polarization of the electron beam, either negative or positive 1. This value is always set to positive 1.