Re: Re: [fluka-discuss]: energy event-by-event

From: Paola Sala <paola.sala_at_mi.infn.it>
Date: Sun, 29 Dec 2019 09:04:17 +0100

Dear Jilberto,
The energy of the Gold Ions is 4 GeV per nucleon, it means that the total
energy of each Gold ion is 197*4 = 788 GeV
Regards
Paola
> Dear Fluka expert
>
> I already understand my problem, however I do not understand the results.=
> In my output I'm getting the following results:
>
> ***** Iones de Oro impactando target de tungsteno *****
>
> DATE: 12/28/19, TIME: 6:26:19
>
> Total number of particles to be followed 50, event by event
>
> R - Z binning n. 1 "CALO" , generalized particle n. 208
>
> R coordinate: from 0.0000E+00 to 5.0000E+00 cm, 1 bins ( 5.0000E+00 cm
> wide)
> Z coordinate: from 0.0000E+00 to 6.0000E+01 cm, 1 bins ( 6.0000E+01 cm
> wide)
> axis coordinates: X = 0.0000E+00, Y = 0.0000E+00 cm
> Data follow in a matrix A(ir,iz), format (1(5x,1p,10(1x,e11.4)))
>
> accurate deposition along the tracks requested
> only non-zero cells will be printed
>
> Binning n: 1, "CALO", Event =23: 1, Primary(s) weight 1.0000E+00
> Number of hit cells: 1
> 660.390869
>
> Binning n: 1, "CALO" , Event =23: 2, Primary(s) weight 1.0000E+00
> Number of hit cells: 1
> 768.414673
>
> Binning n: 1,"CALO" , Event =23: 3, Primary(s) weight 1.0000E+00
> Number of hit cells: 1
> 530.399353
>
>
>
> I'm considering 1 bin in Radius and 1 bin in Z direction. What seems
> strange to me is:
>
> I'f the energy of the Gold Ions is 4 GeV per nucleon, how the deposited
> energy can be larger than 5 GeV, i.e. 660.39 GeV for event 1 ?
>
> I would appreciate any explanation of this.
>
> Thanks in advance.
>
>
> Regards,
> Jilberto
>
>
> *******************************************************************
> Dr. Jilberto Zamora Saa
> Facultad de Ciencias Exactas
> Universidad Andr=C3=A9s Bello
> Santiago, Regi=C3=B3n Metropolitana, Chile
> phone: +(56) 22 770 3707 (Office)
> email: jzamorasaa=40jinr.ru
>
> ********************************************************************
> On Dec 27, 2019, 4:02 PM -0300, Jilberto Zamora-Saa <jzamorasaa=40jinr.ru=
>>, wrote:
>> Dear =46luka expert
>>
>> I'm trying to score energy, event-by-event. I can run the simulation, b=
> y
>> means of flair. However, when simulation ends and I try to process
>> the data, I haven't file to process.
>>
>> My input files are attached, could you help me with this issue, please.=
>
>>
>> Thanks in advance.
>>
>> Regards,
>> Jilberto
>>
>>
>> ------=3D=5F20191227190220=5F75537
>> Content-Type: text/plain; name=3D=22Au-Ions-4GeV-proton.flair=22
>> Content-Transfer-Encoding: 8bit
>> Content-Disposition: attachment; filename=3D=22Au-Ions-4GeV-proton.flai=
> r=22
>>
>> =23=21/Users/sirjazs/fluka/flair/flair
>> =23 =46LUKA Project file
>> Version: 2
>> Title: Piones impactando target de tungsteno
>> Input: Gold=5FIons=5FW=5Ftarget.inp
>> Exec: RQMD
>> Submit: Local
>> Tabs: 0.1 0.32 0.56 0.81 1.0
>> Page: Input
>> DefMain: True
>> LinkPrg: ldpmqmd
>> =4677bound: True
>> =4677dline: =46alse
>>
>> =23 Run information
>> Run: <default>
>> Prev: 0
>> Last: 5
>> Status: 3
>> Pid: 0
>> StartRun: 1577446258
>>
>> =23 USRxxx data file: Gold=5FIons=5FW=5Ftarget=5F22.bnn
>> Data: =5CI=5F=5CU.=5Ce
>> Unit: 22
>> Type: b
>> Rule: +,=5CI=5Cd=5Cd=5Cd=5Ffort=5C.=5CU
>> Rule: +,=5CI=5Cd=5Cd=5Cd=5Fftn=5C.=5CU
>> End
>> End
>>
>> =23 Geometry Information
>> Geometry:
>> =46rame.bsplit: 0.5
>> =46rame.tsplit: 0.5
>> =46rame.vsplit: 0.5
>> End
>>
>> =23 Geometry plot =22GeoViewer Red plot=22
>> Plot: Red
>> =46ormat: .eps
>> Type: Geometry
>> basisu: 1 0 0
>> basisv: 0 1 0
>> boundaries: 1
>> cbcolors: 0
>> cblog: =46alse
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>> End
>>
>> =23 Geometry plot =22GeoViewer Blue plot=22
>> Plot: Blue
>> =46ormat: .eps
>> Type: Geometry
>> basisu: 0 0 1
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>> boundaries: 1
>> cbtics: 0
>> coord: Z-Y
>> extends: 69.4445 27.1577
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>> origin: 0 -13.6362 44.1239
>> proj: Z
>> subtype: Material
>> title: GeoViewer Blue plot
>> x2tics: 0
>> y2tics: 0
>> ztics: 0
>> End
>>
>> =23 Geometry plot =22GeoViewer Magenta plot=22
>> Plot: Magenta
>> =46ormat: .eps
>> Type: Geometry
>> basisu: -1 0 0
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>> End
>>
>> =23 Geometry plot =22GeoViewer Green plot=22
>> Plot: Green
>> =46ormat: .eps
>> Type: Geometry
>> basisu: 0 0 1
>> basisv: 1 0 0
>> boundaries: 1
>> cbcolors: 0
>> cblog: =46alse
>> cbpalette: =46LUKA
>> cbround: 0
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>> zlog: True
>> ztics: 1
>> End
>>
>> =23 USRBIN plot =22Proton =46luence (part/cmq/pr)=22
>> Plot: proton
>> =46ormat: .pdf
>> Type: USRBIN
>> axes: Auto
>> cbcolors: 30
>> cblog: True
>> cbpalette: =46LUKA
>> cbround: 0
>> cbtics: 1
>> commands:
>> set size 0.9,0.9
>> cpd: 0
>> datafile: Gold=5FIons=5FW=5Ftarget=5F22.bnn
>> det: 1
>> errors: 0
>> geo: -Auto-
>> grid: 0
>> hist: 2D Projection
>> index: 0
>> int: 1907.7447576610875
>> lw.0: 0
>> max: 7.11499596
>> min: 4.39392203E-08
>> proj: Y
>> ps.0: 0
>> pt.0: 0
>> swap: 0
>> title: Proton =46luence (part/cmq/pr)
>> with.0: errorbars
>> x2log: =46alse
>> x2tics: 0
>> xlabel: Z cm
>> xlog: =46alse
>> xmax: 150
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>> xrebin: 1
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>> ylog: =46alse
>> ymax: 10
>> ymin: -10
>> yrebin: 1
>> zlog: =46alse
>> zrebin: 1
>> ztics: 0
>> End
>> ------=3D=5F20191227190220=5F75537
>> Content-Type: text/plain; name=3D=22Gold=5FIons=5FW=5Ftarget.inp=22
>> Content-Transfer-Encoding: 8bit
>> Content-Disposition: attachment; filename=3D=22Gold=5FIons=5FW=5Ftarget=
> .inp=22
>>
>> * ..+....1....+....2....+....3....+....4....+....5....+....6....+....7.=
> ..
>> TITLE
>> Iones de Oro impactando target de tungsteno
>> *
>> * use names everywhere and free format for geometry
>> DE=46AULTS
>> PRECISIO
>> *
>> * beam definitions
>> BEAM -4. 0.0 0.0
>> 1.HEAVYION
>> BEAMPOS 0.0 0.0 -10.
>> HI-PROPE 79. 197.
>> IONTRANS HEAVYION
>> *
>> * Geometry
>> * --------
>> GEOBEGIN
>> COMBNAME
>> 0 0 Cylindrical Target
>> *
>> * Bodies
>> * ------
>> *
>> * Blackhole to include geometry
>> SPH BLK 0.0 0.0 0.0 10000.
>> * Void sphere
>> SPH VOID 0.0 0.0 0.0 500.
>> * Infinite cylinder
>> ZCC CILIN=46 0.0 0.0 5.
>> * Infinite cylinder hole
>> ZCC CILHOL 0.0 0.0 1.
>> * planes cutting the cylinder
>> XYP Tini 0.0
>> XYP Tfin 110.
>> XYP CBW -5.
>> XYP HOLEend 10.
>> *
>> END
>> *
>> * Regions
>> * -------
>> *
>> * Blackhole
>> BLKHOLE 5 +BLK -VOID
>> *
>> * TARGET-hole
>> Hole 5 =7C +CILHOL -Tini +HOLEend
>> *
>> * TARGET
>> TARG 5 =7C +CILIN=46 -Tini +Tfin-(=7C+CILHOL -Tini +HOLEend )
>> *
>> * BWRegion
>> BWR 5 =7C +CILIN=46 -CBW +Tini
>> *
>> * Air around TARG1
>> INAIR 5 =7C +VOID -CILIN=46
>> =7C +VOID +CBW
>> =7C +VOID -Tfin
>> END
>> GEOEND
>> *
>> * Assign materials
>> * ----------------
>> ASSIGNMA BLCKHOLE BLKHOLE
>> ASSIGNMA AIR Hole
>> ASSIGNMA TUNGSTEN TARG
>> ASSIGNMA AIR BWR
>> ASSIGNMA AIR INAIR
>> PHYSICS 102. 4-HELIUM AOMEGAC0 DECAYS
>> PHYSICS 202. 4-HELIUM AOMEGAC0 DECAYS
>> MUPHOTON 1. BLCKHOLE AIR
>> PAIRBREM 3. 0.0 0.0 BLCKHOLE AIR 1.
>> EVENTBIN 11. ENERGY -21. 5. 110.energy
>> EVENTBIN 0.0 0.0 100. 100. &
>> *
>> RANDOMIZ 1.
>> START 50. 0.0
>> STOP
>>
>>
>>
>> =5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
> =5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
> =5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
>
>> You can manage unsubscription from this mailing list at https://www.flu=
> ka.org/fluka.php=3Fid=3Dacc=5Finfo
>>
>
> --5e07337a_3804823e_104
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> <head>
> <title></title>
> </head>
> <body>
> <div name=3D=22messageBodySection=22>
> <div dir=3D=22auto=22>Dear =46luka expert
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>I already understand my problem, however I do not u=
> nderstand the results. In my output I'm getting the following results:</d=
> iv>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>***** Iones de Oro impactando target de tungsteno *=
> ****</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; &=23160; &=23160; &=2316=
> 0;DATE: 12/28/19, TIME: 6:26:19</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; &=23160; &=23160; Total =
> number of particles to be followed 50, event by event</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>1</div>
> <div dir=3D=22auto=22>&=23160; &=23160;R - Z binning n. 1 =22CALO =22 , g=
> eneralized particle n. 208</div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; R coordinate: from 0.000=
> 0E+00 to 5.0000E+00 cm, 1 bins ( 5.0000E+00 cm wide)</div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; Z coordinate: from 0.000=
> 0E+00 to 6.0000E+01 cm, 1 bins ( 6.0000E+01 cm wide)</div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; axis coordinates: X =3D =
> 0.0000E+00, Y =3D 0.0000E+00 cm</div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; Data follow in a matrix =
> A(ir,iz), format (1(5x,1p,10(1x,e11.4)))</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; accurate deposition alon=
> g the tracks requested</div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; only non-zero cells will=
> be printed</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>&=23160; &=23160;Binning n: 1, =22CALO =22, Event
> =23=
> : 1, Primary(s) weight 1.0000E+00</div>
> <div dir=3D=22auto=22>&=23160; &=23160; Number of hit cells: 1</div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; &=23160; &=23160; &=2316=
> 0;1 &=23160; 660.390869 &=23160; &=23160;</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>&=23160; &=23160;Binning n: 1, =22CALO =22, Event
> =23=
> : 2, Primary(s) weight 1.0000E+00</div>
> <div dir=3D=22auto=22>&=23160; &=23160; Number of hit cells: 1</div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; &=23160; &=23160; &=2316=
> 0;1 &=23160; 768.414673 &=23160; &=23160;</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>&=23160; &=23160;Binning n: 1, =22CALO =22, Event
> =23=
> : 3, Primary(s) weight 1.0000E+00</div>
> <div dir=3D=22auto=22>&=23160; &=23160; Number of hit cells: 1</div>
> <div dir=3D=22auto=22>&=23160; &=23160; &=23160; &=23160; &=23160; &=2316=
> 0;1 &=23160; 530.399353 &=23160; &=23160;</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>I=E2=80=99m considering 1 bin in Radius and 1 bin i=
> n Z direction. What seems strange to me is:</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>&=23160;I'f the energy of the Gold Ions is 4 GeV pe=
> r nucleon, how the deposited energy can be larger than 5 GeV, i.e. 660.39=
> GeV for event 1=3F</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>I would appreciate any explanation of this.</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>Thanks in advance.</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>Regards,</div>
> <div dir=3D=22auto=22>Jilberto</div>
> <div dir=3D=22auto=22><br /></div>
> </div>
> </div>
> <div name=3D=22messageSignatureSection=22><br />
> <div class=3D=22match=46ont=22>
> <div dir=3D=22auto=22 style=3D=22caret-color: rgb(39, 39, 40);=22>*******=
> ************************************************************&=23160;</div=
>>
> <div dir=3D=22auto=22 style=3D=22caret-color: rgb(39, 39, 40);=22>Dr. Jil=
> berto Zamora Saa&=23160;<br />
> <div dir=3D=22auto=22>=46acultad&=23160;de&=23160;Ciencias Exactas&=23160=
> ;</div>
> <div dir=3D=22auto=22>Universidad Andr=C3=A9s Bello&=23160;</div>
> <div dir=3D=22auto=22>Santiago, Regi=C3=B3n Metropolitana, Chile&=23160;<=
> /div>
> <div dir=3D=22auto=22>phone: +(56) 22 770 3707 (Office)&=23160;</div>
> <div dir=3D=22auto=22>email: jzamorasaa=40jinr.ru</div>
> <div dir=3D=22auto=22><br /></div>
> <div dir=3D=22auto=22>***************************************************=
> *****************</div>
> </div>
> </div>
> </div>
> <div name=3D=22messageReplySection=22>On Dec 27, 2019, 4:02 PM -0300, Jil=
> berto Zamora-Saa &lt;jzamorasaa=40jinr.ru&gt;, wrote:<br />
> <blockquote type=3D=22cite=22 class=3D=22spark=5Fquote=22 style=3D=22marg=
> in: 5px 5px; padding-left: 10px; border-left: thin solid =231abc9c;=22>De=
> ar =46luka expert<br />
> <br />
> I'm trying to score energy, event-by-event. I can run the simulation, by<=
> br />
> means of flair. However, when simulation ends and I try to process<br />
> the data, I haven't file to process.<br />
> <br />
> My input files are attached, could you help me with this issue, please.<b=
> r />
> <br />
> Thanks in advance.<br />
> <br />
> Regards,<br />
> Jilberto<br />
> <br />
> <br />
> ------=3D=5F20191227190220=5F75537<br />
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> <br />
> <br />
> =23=21/Users/sirjazs/fluka/flair/flair<br />
> =23 =46LUKA Project file<br />
> Version: 2<br />
> Title: Piones impactando target de tungsteno<br />
> Input: Gold=5FIons=5FW=5Ftarget.inp<br />
> Exec: RQMD<br />
> Submit: Local<br />
> Tabs: 0.1 0.32 0.56 0.81 1.0<br />
> Page: Input<br />
> DefMain: True<br />
> LinkPrg: ldpmqmd<br />
> =4677bound: True<br />
> =4677dline: =46alse<br />
> <br />
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> Prev: 0<br />
> Last: 5<br />
> Status: 3<br />
> Pid: 0<br />
> StartRun: 1577446258<br />
> <br />
> =23 USRxxx data file: Gold=5FIons=5FW=5Ftarget=5F22.bnn<br />
> Data: =5CI=5F=5CU.=5Ce<br />
> Unit: 22<br />
> Type: b<br />
> Rule: +,=5CI=5Cd=5Cd=5Cd=5Ffort=5C.=5CU<br />
> Rule: +,=5CI=5Cd=5Cd=5Cd=5Fftn=5C.=5CU<br />
> End<br />
> End<br />
> <br />
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> y2tics: 0<br />
> ylog: =46alse<br />
> zlog: =46alse<br />
> ztics: 0<br />
> End<br />
> <br />
> =23 Geometry plot =22GeoViewer Green plot=22<br />
> Plot: Green<br />
> =46ormat: .eps<br />
> Type: Geometry<br />
> basisu: 0 0 1<br />
> basisv: 1 0 0<br />
> boundaries: 1<br />
> cbcolors: 0<br />
> cblog: =46alse<br />
> cbpalette: =46LUKA<br />
> cbround: 0<br />
> cbtics: 0<br />
> coord: Z-X<br />
> cpd: 0<br />
> extends: 891.611 350.902<br />
> grid: 0<br />
> index: 0<br />
> labels: 1<br />
> layer: Media<br />
> origin: 42.869 0 196.297<br />
> run: RUN=5Fpi0<br />
> subtype: Material<br />
> title: GeoViewer Green plot<br />
> x2log: =46alse<br />
> x2tics: 0<br />
> xlog: True<br />
> y2log: =46alse<br />
> y2tics: 0<br />
> ylog: =46alse<br />
> zlog: True<br />
> ztics: 1<br />
> End<br />
> <br />
> =23 USRBIN plot =22Proton =46luence (part/cmq/pr)=22<br />
> Plot: proton<br />
> =46ormat: .pdf<br />
> Type: USRBIN<br />
> axes: Auto<br />
> cbcolors: 30<br />
> cblog: True<br />
> cbpalette: =46LUKA<br />
> cbround: 0<br />
> cbtics: 1<br />
> commands:<br />
> set size 0.9,0.9<br />
> cpd: 0<br />
> datafile: Gold=5FIons=5FW=5Ftarget=5F22.bnn<br />
> det: 1<br />
> errors: 0<br />
> geo: -Auto-<br />
> grid: 0<br />
> hist: 2D Projection<br />
> index: 0<br />
> int: 1907.7447576610875<br />
> lw.0: 0<br />
> max: 7.11499596<br />
> min: 4.39392203E-08<br />
> proj: Y<br />
> ps.0: 0<br />
> pt.0: 0<br />
> swap: 0<br />
> title: Proton =46luence (part/cmq/pr)<br />
> with.0: errorbars<br />
> x2log: =46alse<br />
> x2tics: 0<br />
> xlabel: Z cm<br />
> xlog: =46alse<br />
> xmax: 150<br />
> xmin: -20<br />
> xrebin: 1<br />
> y2log: =46alse<br />
> y2tics: 0<br />
> ylabel: X cm<br />
> ylog: =46alse<br />
> ymax: 10<br />
> ymin: -10<br />
> yrebin: 1<br />
> zlog: =46alse<br />
> zrebin: 1<br />
> ztics: 0<br />
> End<br />
> ------=3D=5F20191227190220=5F75537<br />
> Content-Type: text/plain; name=3D=22Gold=5FIons=5FW=5Ftarget.inp=22<br />=
>
> Content-Transfer-Encoding: 8bit<br />
> Content-Disposition: attachment; filename=3D=22Gold=5FIons=5FW=5Ftarget.i=
> np=22<br />
> <br />
> * ..+....1....+....2....+....3....+....4....+....5....+....6....+....7...=
> <br />
> TITLE<br />
> Iones de Oro impactando target de tungsteno<br />
> *<br />
> * use names everywhere and free format for geometry<br />
> DE=46AULTS<br />
> PRECISIO<br />
> *<br />
> * beam definitions<br />
> BEAM -4. 0.0 0.0<br />
> 1.HEAVYION<br />
> BEAMPOS 0.0 0.0 -10.<br />
> HI-PROPE 79. 197.<br />
> IONTRANS HEAVYION<br />
> *<br />
> * Geometry<br />
> * --------<br />
> GEOBEGIN<br />
> COMBNAME<br />
> 0 0 Cylindrical Target<br />
> *<br />
> * Bodies<br />
> * ------<br />
> *<br />
> * Blackhole to include geometry<br />
> SPH BLK 0.0 0.0 0.0 10000.<br />
> * Void sphere<br />
> SPH VOID 0.0 0.0 0.0 500.<br />
> * Infinite cylinder<br />
> ZCC CILIN=46 0.0 0.0 5.<br />
> * Infinite cylinder hole<br />
> ZCC CILHOL 0.0 0.0 1.<br />
> * planes cutting the cylinder<br />
> XYP Tini 0.0<br />
> XYP Tfin 110.<br />
> XYP CBW -5.<br />
> XYP HOLEend 10.<br />
> *<br />
> END<br />
> *<br />
> * Regions<br />
> * -------<br />
> *<br />
> * Blackhole<br />
> BLKHOLE 5 +BLK -VOID<br />
> *<br />
> * TARGET-hole<br />
> Hole 5 =7C +CILHOL -Tini +HOLEend<br />
> *<br />
> * TARGET<br />
> TARG 5 =7C +CILIN=46 -Tini +Tfin-(=7C+CILHOL -Tini +HOLEend )<br />
> *<br />
> * BWRegion<br />
> BWR 5 =7C +CILIN=46 -CBW +Tini<br />
> *<br />
> * Air around TARG1<br />
> INAIR 5 =7C +VOID -CILIN=46<br />
> =7C +VOID +CBW<br />
> =7C +VOID -Tfin<br />
> END<br />
> GEOEND<br />
> *<br />
> * Assign materials<br />
> * ----------------<br />
> ASSIGNMA BLCKHOLE BLKHOLE<br />
> ASSIGNMA AIR Hole<br />
> ASSIGNMA TUNGSTEN TARG<br />
> ASSIGNMA AIR BWR<br />
> ASSIGNMA AIR INAIR<br />
> PHYSICS 102. 4-HELIUM AOMEGAC0 DECAYS<br />
> PHYSICS 202. 4-HELIUM AOMEGAC0 DECAYS<br />
> MUPHOTON 1. BLCKHOLE AIR<br />
> PAIRBREM 3. 0.0 0.0 BLCKHOLE AIR 1.<br />
> EVENTBIN 11. ENERGY -21. 5. 110.energy<br />
> EVENTBIN 0.0 0.0 100. 100. &amp;<br />
> *<br />
> RANDOMIZ 1.<br />
> START 50. 0.0<br />
> STOP<br />
> <br />
> <br />
> <br />
> =5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
> =5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=
> =5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F=5F<=
> br />
> You can manage unsubscription from this mailing list at https://www.fluka=
> .org/fluka.php=3Fid=3Dacc=5Finfo<br />
> <br /></blockquote>
> </div>
> </body>
> </html>
>
> --5e07337a_3804823e_104--
>
>
>
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Received on Sun Dec 29 2019 - 10:40:49 CET

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