68 | | time steps. On Figure 5 the distribution evolved after 1ms is plotted. There is a possibility of saving the trajectory of the neutrons. On Figure 6. for a 235U sphere at t = 0s we started neutrons at 1eV energy from 0,0,0 point. The first reactions of 500 neutrons is shown on the figure where we indicate elastic scattering with color green, fission with red, every other reaction with yellow. |
| 68 | time steps. In Figure 5 the distribution evolved after 1ms is plotted. |
| 69 | |
| 70 | [[Image(UO_H2O_rods_16timestep_z-sum.png, 100%)]] |
| 71 | |
| 72 | ''' Fig. 4. Temporal and spatial evolution of released power ''' |
| 73 | |
| 74 | There is a possibility of saving the trajectory of the neutrons. On Figure 6. for a 235U sphere at t = 0s we started neutrons at 1eV energy from 0,0,0 point. The first reactions of 500 neutrons is shown on the figure where we indicate elastic scattering with color green, fission with red, every other reaction with yellow. |