Difference between revisions of "MCNP simulation of bremsstrahlung photons at the IAC"
Jump to navigation
Jump to search
| Line 1: | Line 1: | ||
Go back [[JB Analysis]] | Go back [[JB Analysis]] | ||
| − | A pencil point beam of electrons incident on a 1 cm thick Al bremsstrahlung radiator was simulated with MCNP6. A scale diagram of the geometry and materials used in the simulation can be seen below. The geometry is a model of the IAC | + | A pencil point beam of electrons incident on a 1 cm thick Al bremsstrahlung radiator was simulated with MCNP6. A scale diagram of the geometry and materials used in the simulation can be seen below. The geometry is a model of the IAC. |
<center> | <center> | ||
| Line 8: | Line 8: | ||
</center> | </center> | ||
| − | Linear and log plots of photon energy distribution for photons reaching the experimental room. Plot title's are the energies of the incident electrons. | + | Linear and log plots of photon energy distribution for photons reaching the experimental room. Plot title's are the energies of the incident electrons. Each plot was generated by simulating 750,000 beam electrons. |
Revision as of 06:14, 12 May 2016
Go back JB Analysis
A pencil point beam of electrons incident on a 1 cm thick Al bremsstrahlung radiator was simulated with MCNP6. A scale diagram of the geometry and materials used in the simulation can be seen below. The geometry is a model of the IAC.
Linear and log plots of photon energy distribution for photons reaching the experimental room. Plot title's are the energies of the incident electrons. Each plot was generated by simulating 750,000 beam electrons.
Log plots:
Go back JB Analysis