search

fusion-energy / neutronics-workshop

A workshop covering a range of fusion relevant analysis and simulations with OpenMC, DAGMC, Paramak and other open source fusion neutronics tools
MIT License
117 stars 51 forks source link

added instant RR example #218

Closed shimwell closed 1 year ago

shimwell commented 1 year ago

adds a simple example that prints the reaction rates out.

Ignores decay but perhaps a good starting point for the

this simulation outputs

Reaction rates per source neutron
Fe56 -> (n,gamma) -> Co56 per source neutron 1.025854612757616
Fe56 -> (n,2n) -> Mn56 per source neutron 0.2716360793926368
Fe56 -> (n,p) -> Fe55 per source neutron 0.08312525494874211
Fe54 -> (n,gamma) -> Co54 per source neutron 0.07801311651291538
Fe57 -> (n,gamma) -> Co57 per source neutron 0.0460413382551078
Fe54 -> (n,p) -> Fe53 per source neutron 0.02243182676385541
Fe57 -> (n,2n) -> Mn57 per source neutron 0.01565283708128125
Fe58 -> (n,gamma) -> Co58 per source neutron 0.005390444626596165
Fe56 -> (n,a) -> V54 per source neutron 0.0033066040882703
Fe58 -> (n,2n) -> Mn58 per source neutron 0.0017483418869545786
Fe57 -> (n,p) -> Fe56 per source neutron 0.0008784582563911659
Fe54 -> (n,a) -> V52 per source neutron 0.0003460461877476479
Fe54 -> (n,2p) -> Mn52 per source neutron 0.00016252846234054438
Fe57 -> (n,a) -> V55 per source neutron 8.290775390828133e-05
Fe58 -> (n,p) -> Fe57 per source neutron 6.80221038686676e-05
Fe54 -> (n,2n) -> Mn54 per source neutron 3.9134672794544226e-05
Fe58 -> (n,a) -> V56 per source neutron 3.996490521856659e-06
Fe56 -> (n,2p) -> Mn54 per source neutron 3.1003496627992295e-11
Fe57 -> (n,2p) -> Mn55 per source neutron 3.053267403678274e-13