# FLUKA Project file Version: 1 Title: FLUKA Course Exercise Input: ex9.inp Submit: *Default Notes: Low Energy Neutrons exercise DefMain: True LinkPrg: lfluka F77bound: True F77dline: False FlukaVar: FLUPRO # Run information Run: Prev: 0 Last: 5 Status: 3 Pid: 0 StartRun: 1322472099 # USRxxx data file: ex9_usrbdx_53 Data: \I_\T_\U Unit: 53 Type: x Recursive: 0 Rule: +,\I\d\d\d_fort\.\U Rule: +,\I\d\d\d_ftn\.\U Rule: +,_\I_\d\d\d\d\d_fort.\U End End # Run information Run: iron Define: flagIRON Start: 20000 Prev: 0 Last: 5 Status: 3 Pid: 0 StartRun: 1322665350 # USRxxx data file: iron_usrbdx_53 Data: \I_\T_\U Unit: 53 Type: x Recursive: 0 Rule: +,\I\d\d\d_fort\.\U Rule: +,\I\d\d\d_ftn\.\U Rule: +,_\I_\d\d\d\d\d_fort.\U End End # Run information Run: cadmium Start: 20000 Prev: 0 Last: 5 Status: 3 Pid: 0 StartRun: 1322665350 # USRxxx data file: cadmium_usrbdx_53 Data: \I_\T_\U Unit: 53 Type: x Recursive: 0 Rule: +,\I\d\d\d_fort\.\U Rule: +,\I\d\d\d_ftn\.\U Rule: +,_\I_\d\d\d\d\d_fort.\U End End # Geometry Information Geometry: Frame.bsplit: 0.5 Options.gridlevel: 25 Options.vertex: True Options.viewport: True Options.crosshair: False Options.title: True Options.axes: True Frame.vsplit: 0.5 Options.latticelevel: 25 Frame.tsplit: 0.5 Options.grid: True # Layer Layer: 3D Show.voxel: True Show.lattice: True Show: False 3D: True End # Layer Layer: Lattice Show.voxel: True Show.lattice: True Show: True 3D: False End End # USR-1D plot "Neutron differential fluence" Plot: Neutr Title: Neutron differential fluence Format: .eps Type: USR-1D LineType: Grid: 1 Keys: 1 XLabel: E [GeV] YLabel: dN/d(logE) [cm-2 per proton] name.2: iron xlog: 1 x.1: 2 lt.2: 1 ylog: 1 lt.0: 1 lt.1: 1 lw.1: 1 lw.0: 1 lw.3: 1 lw.2: 1 ls.1: 0 ls.0: 0 ls.3: 0 ls.2: 0 xmin: 1e-12 with.0: yerrorbars ymin: 2e-6 det.0: 0 det.1: 0 det.2: 0 det.3: 0 AutoAspect: 1 lc.1: red lc.0: red lc.3: blue lc.2: blue block.2: 0 block.3: 0 block.0: 0 block.1: 0 y2log: 0 name.1: cadmium with.1: steps axes.0: x1y1 show.3: 1 show.2: 1 show.1: 1 show.0: 1 key.2: 1 key.3: 0 key.0: 1 key.1: 0 with.2: yerrorbars x.3: 2 lt.3: 1 x.2: 0 x2tics: 0 ndetectors: 4 axes.3: x1y1 axes.2: x1y1 axes.1: x1y1 x.0: 0 ps.1: 1 ps.0: 1 ps.3: 1 ps.2: 1 with.3: steps name.0: cadmium y2tics: 0 y.0: 2 name.3: iron file.3: iron_usrbdx_53_tab.lis pt.2: 1 pt.3: 1 pt.0: 1 pt.1: 1 file.0: cadmium_usrbdx_53_tab.lis xmax: 1.1 x2log: 0 y.3: 2 file.2: iron_usrbdx_53_tab.lis y.1: 2 y.2: 2 file.1: cadmium_usrbdx_53_tab.lis End # Geometry plot "GeoViewer Red plot" Plot: Red Title: GeoViewer Red plot Format: .eps Type: Geometry LineType: Keys: 1 origin: 0.172435 0 0.442353 layer: Media labels: 1 coord: X-Y boundaries: 1 subtype: Material extends: 9.34639 7.87452 basisu: 1 0 0 basisv: 0 1 0 nu: 200 nv: 200 End # Geometry plot "GeoViewer Green plot" Plot: Green Title: GeoViewer Green plot Format: .eps Type: Geometry LineType: Keys: 1 origin: -0.699183 0 8.52925 layer: Media labels: 1 coord: Z-X boundaries: 1 subtype: Material extends: 9.34641 7.87453 basisu: 0 0 1 basisv: 1 0 0 nu: 200 nv: 200 End # Geometry plot "GeoViewer Blue plot" Plot: Blue Title: GeoViewer Blue plot Format: .eps Type: Geometry LineType: Keys: 1 origin: -0.177293 0 4.45458 layer: Media labels: 1 coord: Z-Y boundaries: 1 subtype: Material extends: 11.2157 9.42737 basisu: 0 0 1 basisv: 0 1 -0 nu: 200 nv: 200 End # Geometry plot "GeoViewer Magenta plot" Plot: Magenta Title: GeoViewer Magenta plot Format: .eps Type: Geometry LineType: Keys: 1 origin: -0.0159657 0 9.08233 layer: Media labels: 1 coord: X-Y boundaries: 1 subtype: Material extends: 7.78866 6.54677 basisu: -1 0 0 basisv: 0 1 0 nu: 200 nv: 200 End