Difference between revisions of "Angular distribution of neutrons from the photodisintegration of deuterium"
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A cylindrical target of heavy water approximately the size of a standard water bottle was subject to bremsstrahlung photons with an end point energy of 10.5 MeV. Ideal detectors with a width of 6" and height of 30" were placed 150 cm from the target at angles ranging from 0 to 180 degrees (relative to the beam axis). Here is a top down view of the simulation geometry: | A cylindrical target of heavy water approximately the size of a standard water bottle was subject to bremsstrahlung photons with an end point energy of 10.5 MeV. Ideal detectors with a width of 6" and height of 30" were placed 150 cm from the target at angles ranging from 0 to 180 degrees (relative to the beam axis). Here is a top down view of the simulation geometry: | ||
| − | [[File:DuPhotoDigGeomn.png| | + | [[File:DuPhotoDigGeomn.png|700px]] |
| − | [[File:DuPhotoDisPlot2.png| | + | [[File:DuPhotoDisPlot2.png|850px]] |
| − | [[File:DuPhotoDisPlot1.png| | + | [[File:DuPhotoDisPlot1.png|850px]] |
Go back [[MCNP simulations]] | Go back [[MCNP simulations]] | ||
Revision as of 10:27, 27 May 2016
Go back MCNP simulations
A cylindrical target of heavy water approximately the size of a standard water bottle was subject to bremsstrahlung photons with an end point energy of 10.5 MeV. Ideal detectors with a width of 6" and height of 30" were placed 150 cm from the target at angles ranging from 0 to 180 degrees (relative to the beam axis). Here is a top down view of the simulation geometry:
Go back MCNP simulations