total deposit energy on sicintillator layer with lattice card

This is a multi-part message in MIME format.

--Boundary_(ID_y8OFfBfGDUTh1SKrnZiOBw)
Content-type: text/html; CHARSET=US-ASCII
Content-transfer-encoding: quoted-printable
Content-disposition: inline

Dear Fluka Expert,
I have written a calorimeter input which is consist of steinless
steel and scintillator layers. I used lattice
card for replication of layers. And I used 2 Eventbin card to obtain
deposit energy on scintillator. First Eventbin card for lattices
which are 19 lattices inside and the second for prototype of
lattice (first 20 layer)
The problem is using Eventbin card with what1=8 (special point)
I assumed the other whats as I1min, I1max are min and
maximum lattice number which has increment step 1<= I2min
and I2 max inside a lattice there is 20 layer and from layer
2 to 20 with step increment 2 (for choose scintillator)
Is that true ?
Second Eventbin card for prototype lattice from reg2 to to reg 20
with step 2 is choose scintillator from there. And I print them same output.
Using a root file I obtained total energy deposit on scintillator
(sum prototype and whole lattice) plot as attached figure.
I expect that a gaussian distribution but it is not like that.
Could you please tell me is my fluka input wrong?
   Husnu AKSAKAL

--Boundary_(ID_y8OFfBfGDUTh1SKrnZiOBw)
Content-type: text/plain; NAME=100_HaDbar-E.inp
Content-transfer-encoding: 7BIT
Content-disposition: attachment; filename=100_HaDbar-E.inp

TITLE

GLOBAL 1.0 1.0
DEFAULTS CALORIME
BEAM -100.0 0.0 0.0 -1.0PION+
BEAMPOS 0.0 -0.1 0.0 1.
GEOBEGIN COMBNAME
     0 0
* Black body
SPH blkbody 0.0 0.0 0.0 10000000.0
* Void sphere
SPH void 0.0 0.0 0.0 1000000.0
RPP hac -70. 70. 0. 140. -290. 290.
* 1-> steel
XZP layer01 0.4
XZP layer02 0.7
XZP layer03 1.10
* scint
XZP layer04 1.40
XZP layer05 1.80
XZP layer06 2.10
* steel
XZP layer07 2.50
XZP layer08 2.80
* steel
XZP layer09 3.20
XZP layer10 3.50
XZP layer11 3.90
* scint
XZP layer12 4.20
XZP layer13 4.60
* scint
XZP layer14 4.90
XZP layer15 5.30
* scint
XZP layer16 5.60
XZP layer17 6.00
* scint
XZP layer18 6.30
XZP layer19 6.70
* scint
XZP layer20 7.00
* scint
XZP layer21 14.00
XZP layer22 21.00
XZP layer23 28.00
XZP layer24 35.00
XZP layer25 42.00
XZP layer26 49.00
XZP layer27 56.00
XZP layer28 63.00
XZP layer29 70.00
XZP layer30 77.00
XZP layer31 84.00
XZP layer32 91.00
XZP layer33 98.00
XZP layer34 105.00
XZP layer35 112.00
XZP layer36 119.00
XZP layer37 126.00
XZP layer38 133.00
XZP layer39 140.00
END
* Black hole
BLKBODY 5 +blkbody -void
* Void around
VOID 5 +void -hac
* steel
reg1 5 +hac +layer01
reg2 5 +hac +(layer02 -layer01)
reg3 5 +hac +(layer03 -layer02 )
reg4 5 +hac +(layer04 -layer03 )
reg5 5 +hac +(layer05 -layer04 )
reg6 5 +hac +(layer06 -layer05 )
reg7 5 +hac +(layer07 -layer06 )
reg8 5 +hac +(layer08 -layer07 )
reg9 5 +hac +(layer09 -layer08 )
reg10 5 +hac +(layer10 -layer09 )
reg11 5 +hac +(layer11 -layer10 )
reg12 5 +hac +(layer12 -layer11 )
reg13 5 +hac +(layer13 -layer12 )
reg14 5 +hac +(layer14 -layer13 )
reg15 5 +hac +(layer15 -layer14 )
reg16 5 +hac +(layer16 -layer15 )
reg17 5 +hac +(layer17 -layer16 )
reg18 5 +hac +(layer18 -layer17 )
reg19 5 +hac +(layer19 -layer18 )
reg20 5 +hac +(layer20 -layer19 )
rep1 5 +hac +(+layer21 -layer20 )
rep2 5 +hac +(layer22 -layer21 )
rep3 5 +hac +(layer23 -layer22 )
rep4 5 +hac +(layer24 -layer23 )
rep5 5 +hac +(layer25 -layer24 )
rep6 5 +hac +(layer26 -layer25 )
rep7 5 +hac +(layer27 -layer26 )
rep8 5 +hac +(layer28 -layer27 )
rep9 5 +hac +(layer29 -layer28 )
rep10 5 +hac +(layer30 -layer29 )
rep11 5 +hac +(layer31 -layer30 )
rep12 5 +hac +(layer32 -layer31 )
rep13 5 +hac +(layer33 -layer32 )
rep14 5 +hac +(layer34 -layer33 )
rep15 5 +hac +(layer35 -layer34 )
rep16 5 +hac +(layer36 -layer35 )
rep17 5 +hac +(layer37 -layer36 )
rep18 5 +hac +(layer38 -layer37)
rep19 5 +hac +(layer39 -layer38)
rest 5 +hac -layer39
END
LATTICE rep1 3.0 3. 1.h1
LATTICE rep2 4.0 4. 1.h2
LATTICE rep3 5.0 5. 1.h3
LATTICE rep4 6.0 6. 1.h4
LATTICE rep5 7.0 7. 1.h5
LATTICE rep6 8.0 8. 1.h6
LATTICE rep7 9.0 9. 1.h7
LATTICE rep8 10.0 10. 1.h8
LATTICE rep9 11.0 11. 1.h9
LATTICE rep10 12.0 12. 1.h10
LATTICE rep11 13.0 13. 1.h11
LATTICE rep12 14.0 14. 1.h12
LATTICE rep13 15.0 15. 1.h13
LATTICE rep14 16.0 16. 1.h14
LATTICE rep15 17.0 17. 1.h15
LATTICE rep16 18.0 18. 1.h16
LATTICE rep17 19.0 19. 1.h17
LATTICE rep18 20.0 20. 1.h18
LATTICE rep19 21.0 21. 1.h19
* -----------------
* Lattice->Rot-Defi
* ------------------
GEOEND 70. 140. 290. -70. 0.0 -290.DEBUG
GEOEND 1. 400. 1.&
ROT-DEFI 203. 0.0 0.0 0.0 -7.0 0.0h1
ROT-DEFI 204. 0.0 0.0 0.0 -14.0 0.0h2
ROT-DEFI 205. 0.0 0.0 0.0 -21.0 0.0h3
ROT-DEFI 206. 0.0 0.0 0.0 -28.0 0.0h4
ROT-DEFI 207. 0.0 0.0 0.0 -35.0 0.0h5
ROT-DEFI 208. 0.0 0.0 0.0 -42.0 0.0h6
ROT-DEFI 209. 0.0 0.0 0.0 -49.0 0.0h7
ROT-DEFI 210. 0.0 0.0 0.0 -56.0 0.0h8
ROT-DEFI 211. 0.0 0.0 0.0 -63.0 0.0h9
ROT-DEFI 212. 0.0 0.0 0.0 -70.0 0.0h10
ROT-DEFI 213. 0.0 0.0 0.0 -77.0 0.0h11
ROT-DEFI 214. 0.0 0.0 0.0 -84.0 0.0h12
ROT-DEFI 215. 0.0 0.0 0.0 -91.0 0.0h13
ROT-DEFI 16002. 0.0 0.0 0.0 -98.0 0.0h14
ROT-DEFI 17002. 0.0 0.0 0.0 -105.0 0.0h15
ROT-DEFI 18002. 0.0 0.0 0.0 -112.0 0.0h16
ROT-DEFI 19002. 0.0 0.0 0.0 -119.0 0.0h17
ROT-DEFI 20002. 0.0 0.0 0.0 -126.0 0.0h18
ROT-DEFI 21002. 0.0 0.0 0.0 -133.0 0.0h19
* 216 Plastic Scint.(Vinyltoluene)
*
MATERIAL 1.032 Plastic_
COMPOUND -.085 HYDROGEN -.915 CARBON Plastic_
MATERIAL 24. 51.9961 7.18 CHROMIUM
* Stainless-Steel (typical)
* Stainless-Steel is produced with Cr content ranging from
* 4 - 19 Atomic Percent, and with C content from 0 - 4 percent.
MATERIAL 8.0 Stainles
COMPOUND 18.0 CHROMIUM 74.0 IRON 8.0 NICKELStainles
* ..+....1....+....2....+....3....+....4....+....5....+....6....+....7..
ASSIGNMA BLCKHOLE BLKBODY
ASSIGNMA VACUUM VOID
ASSIGNMA Stainles reg1
ASSIGNMA Plastic_ reg2
ASSIGNMA Stainles reg3
ASSIGNMA Plastic_ reg4
ASSIGNMA Stainles reg5
ASSIGNMA Plastic_ reg6
ASSIGNMA Stainles reg7
ASSIGNMA Plastic_ reg8
ASSIGNMA Stainles reg9
ASSIGNMA Plastic_ reg10
ASSIGNMA Stainles reg11
ASSIGNMA Plastic_ reg12
ASSIGNMA Stainles reg13
ASSIGNMA Plastic_ reg14
ASSIGNMA Stainles reg15
ASSIGNMA Plastic_ reg16
ASSIGNMA Stainles reg17
ASSIGNMA Plastic_ reg18
ASSIGNMA Stainles reg19
ASSIGNMA Plastic_ reg20
ASSIGNMA VACUUM rest
EVENTBIN 8.0 ENERGY 31. 19. 20. 10000.event
EVENTBIN 1. 2. -10000. 1. 2. 1.&
EVENTBIN -2.0 ENERGY 31. reg20 evPC
EVENTBIN reg2 2.&
EVENTDAT 33. heventdat
ROTPRBIN h1 event
ROTPRBIN h2 event
ROTPRBIN h3 event
ROTPRBIN h4 event
ROTPRBIN h5 event
ROTPRBIN h6 event
ROTPRBIN h7 event
ROTPRBIN h8 event
ROTPRBIN h9 event
ROTPRBIN h10 event
ROTPRBIN h11 event
ROTPRBIN h12 event
ROTPRBIN h13 event
ROTPRBIN h14 event
ROTPRBIN h15 event
ROTPRBIN h16 event
ROTPRBIN h17 event
ROTPRBIN h18 event
ROTPRBIN h19 event
RANDOMIZ 1.0
START 700.
STOP

--Boundary_(ID_y8OFfBfGDUTh1SKrnZiOBw)
Content-type: application/postscript; NAME="deposit energy_100_gev.ps"
Content-transfer-encoding: base64
Content-disposition: attachment; filename="deposit energy_100_gev.ps"
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=

--Boundary_(ID_y8OFfBfGDUTh1SKrnZiOBw)--
Received on Tue Jul 26 2011 - 16:22:19 CEST