#!/usr/local/flair/flair # FLUKA Project file Version: 2 Title: Anizotropic neutron emission Input: Test.inp Exec: nSource Submit: *Default Tabs: 0.1 0.32 0.56 0.81 1.0 Page: Plot Source: source.f DefMain: True LinkPrg: lfluka F77bound: True F77dline: False # Run information Run: Exe: /fluka/flukadpm3 Prev: 0 Last: 1 Status: 3 Pid: 0 StartRun: 1478273622 # USRxxx data file: Test_21.bnn Data: \I_\U.\e Unit: 21 Type: b Rule: +,\I\d\d\d_fort\.\U Rule: +,\I\d\d\d_ftn\.\U End End # Material Material: Stainles alpha: 0 color: #40D0D0 fuzz: 0.0 ior: 1.0 shine: 10.0 specular: 0.0 End # Material Material: RUBBERNA alpha: 0 color: #405050 fuzz: 0.0 ior: 1.0 shine: 10.0 specular: 0.0 End # Material Material: TRITIUM alpha: 0 color: #E01090 fuzz: 0.0 ior: 1.0 shine: 10.0 specular: 0.0 End # Geometry Information Geometry: Frame.bsplit: 0.5 Frame.tsplit: 0.5 Frame.vsplit: 0.5 End # Pet Pet: pet End # Geometry plot "Geometria XY" Plot: GeomXY Format: .eps Type: Geometry basisu: 1 0 0 basisv: 0 1 0 boundaries: 0 cbcolors: 0 cblog: False cbpalette: FLUKA cbround: 0 cbtics: 0 coord: U-V cpd: 0 extends: 60 60 grid: 0 index: 0 labels: 1 nu: 800 nv: 800 origin: 0 0 0 ratio: 1 subtype: Material title: Geometria XY x2log: False x2tics: 0 xlabel: X [cm] xlog: False y2log: False y2tics: 0 ylabel: Y [cm] ylog: False zlog: False ztics: 0 End # Geometry plot "Geometria XZ" Plot: GeomXZ Format: .eps Type: Geometry basisu: 1 0 0 basisv: 0 0 1 boundaries: 0 cbcolors: 0 cblog: False cbpalette: FLUKA cbround: 0 cbtics: 0 coord: X-Z cpd: 0 extends: 60 60 grid: 0 index: 0 labels: 1 nu: 800 nv: 800 origin: 0 0 0 ratio: 1 subtype: Material title: Geometria XZ x2log: False x2tics: 0 xlabel: X [cm] xlog: False y2log: False y2tics: 0 ylabel: Z [cm] ylog: False zlog: False ztics: 0 End # Geometry plot "Geometria YZ" Plot: GeomYZ Format: .eps Type: Geometry basisu: 0 1 0 basisv: 0 0 1 boundaries: 0 cbcolors: 0 cblog: False cbpalette: FLUKA cbround: 0 cbtics: 0 coord: Y-Z cpd: 0 extends: 60 60 grid: 0 index: 0 labels: 1 nu: 800 nv: 800 origin: 0 0 0 ratio: 1 subtype: Material title: Geometria YZ x2log: False x2tics: 0 xlabel: Y [cm] xlog: False y2log: False y2tics: 0 ylabel: Z [cm] ylog: False zlog: False ztics: 0 End # USR-1D plot "Neutron spectrum" Plot: Neu.spe Format: .eps Type: USR-1D axes: Auto block.0: 0 block.1: 0 block.2: 0 block.3: 0 block.4: 0 cbcolors: 0 cblog: False cbpalette: FLUKA cbround: 0 cbtics: 1 cpd: 0 det.0: 0 det.1: 2 det.2: 4 det.3: 6 det.4: 8 errors: 0 file.0: Test_22_tab.lis file.1: Test_22_tab.lis file.2: Test_22_tab.lis file.3: Test_22_tab.lis file.4: Test_22_tab.lis geo: -No- grid: 0 hist: 2D Projection index: 0 key.0: 1 key.1: 1 key.2: 1 key.3: 1 key.4: 1 lw.0: 1 lw.1: 1 lw.2: 1 lw.3: 1 lw.4: 1 name.0: Det 4{/Symbol p} - blisko tarczy name.1: Det FW \~ 14.75MeV name.2: Det BW \~ 13.4MeV name.3: Det SD1 \~ 14.1MeV name.4: Det SD2 \~ 14.1MeV ndetectors: 5 proj: Z ps.0: 1 ps.1: 1 ps.2: 1 ps.3: 1 ps.4: 1 pt.0: 0 pt.1: 0 pt.2: 0 pt.3: 0 pt.4: 0 show.0: 1 show.1: 1 show.2: 1 show.3: 1 show.4: 1 swap: 0 title: Neutron spectrum with.0: histogram with.1: histogram with.2: histogram with.3: histogram with.4: histogram x2log: False x2tics: 0 xlabel: E [MeV] xlog: False xnorm.0: 1./MeV xnorm.1: 1./MeV xnorm.2: 1./MeV xnorm.3: 1./MeV xnorm.4: 1./MeV xrebin: 1 y.0: 0 y.1: 0 y.2: 0 y.3: 0 y.4: 0 y2log: False y2tics: 0 ylog: False ymax: 100 yrebin: 1 zlog: False zrebin: 1 ztics: 0 End # USRBIN plot "Neutron fluence" Plot: NeuXY_Target Format: .eps Type: USRBIN axes: Auto cbcolors: 30 cblog: True cbpalette: FLUKA cbround: 0 cbtics: 1 commands: set xrange [-10:10] set yrange [-10:10] set cbrange [1E-7:1E+1] set format cb "10^{%T}" cpd: 0 datafile: Test_21.bnn det: 1 errors: 0 geo: GeomXY grid: 0 hist: 2D Projection index: 0 int: 1.5269747213142162 lw.0: 0 max: 42.9421806 min: 1.01188584E-06 proj: Z ps.0: 0 pt.0: 0 ratio: 1 swap: 0 title: Neutron fluence with.0: errorbars x2log: False x2tics: 0 xlabel: X [cm] xlog: False xrebin: 1 y2log: False y2tics: 0 ylabel: Y [cm] ylog: False yrebin: 1 zlog: False zrebin: 1 ztics: 0 End # USRBIN plot "Neutron fluence" Plot: NeuXZ_Target Format: .eps Type: USRBIN axes: Auto cbcolors: 30 cblog: True cbpalette: FLUKA cbround: 0 cbtics: 1 commands: set xrange [-10:10] set yrange [-10:10] set cbrange [1E-7:1E+1] set format cb "10^{%T}" cpd: 0 datafile: Test_21.bnn det: 2 errors: 0 geo: GeomXZ grid: 0 hist: 2D Projection index: 0 int: 2.9255050039119488 lw.0: 0 max: 19.1592617 min: 1.28778325E-07 proj: Y ps.0: 0 pt.0: 0 ratio: 1 swap: 0 title: Neutron fluence with.0: errorbars x2log: False x2tics: 0 xlabel: Z [cm] xlog: False xrebin: 1 y2log: False y2tics: 0 ylabel: X [cm] ylog: False yrebin: 1 zlog: False zrebin: 1 ztics: 0 End # USRBIN plot "Neutron fluence" Plot: NeuXZ Format: .eps Type: USRBIN axes: Auto cbcolors: 30 cblog: True cbpalette: FLUKA cbround: 0 cbtics: 1 commands: set xrange [-60:60] set yrange [-60:60] set cbrange [1E-7:1E-1] set format cb "10^{%T}" cpd: 0 datafile: Test_21.bnn det: 2 errors: 0 geo: GeomXZ grid: 0 hist: 2D Projection index: 0 int: 5.3319467132434326 lw.0: 0 max: 3.10255027 min: 9.47816159E-10 proj: Y ps.0: 0 pt.0: 0 ratio: 1 swap: 0 title: Neutron fluence with.0: errorbars x2log: False x2tics: 0 xlabel: Z [cm] xlog: False xrebin: 1 y2log: False y2tics: 0 ylabel: X [cm] ylog: False yrebin: 1 zlog: False zrebin: 1 ztics: 0 End