ESS-Estia/Estia-MCNP
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Select 42c library for Cd as some isotopes don't have photon production in 70c/80c, update other materials, rerun MF mesh with disc target

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This commit is contained in:
glavic_a
2019-04-30 14:47:48 +02:00
parent d47458857c
commit b37f4efb5e
5 changed files with 38 additions and 32 deletions
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6
e2-estia.i
View File

@@ -107,7 +107,7 @@ c read file=tallies/bunker_mesh_p.i echo
c read file=tallies/bunker_mesh_np.i echo
c read file=tallies/bunker_mesh_act.i echo
c read file=tallies/full_mesh.i echo
c read file=tallies/full_mesh_p.i echo
read file=tallies/full_mesh_p.i echo
c read file=tallies/full_mesh_np.i echo
c read file=tallies/inbunker_f4.i echo
c read file=tallies/chopper_pit_doses.i echo
@@ -118,7 +118,7 @@ c read file=tallies/shutter_f4.i echo
c read file=tallies/shutter_f5.i echo
c read file=tallies/selene1_walls_f4.i echo
c read file=tallies/optical_cave_f5.i echo
read file=tallies/optical_cave_gammas.i echo
c read file=tallies/optical_cave_gammas.i echo
c read file=tallies/experimental_cave_f5.i echo
c read file=tallies/cave_mesh.i echo
c read file=tallies/selene1_f6.i echo
@@ -176,6 +176,6 @@ read file=sources/mcstas_source_mf.i echo
c read file=sources/mcstas_gammas.i echo
c read file=sources/mcstas_gammas_2.i echo
prdmp 1e8 -60 1 2 1e7
print 30 32 $ 120 128 150 160 161 162
print 30 32 40 $ 120 128 150 160 161 162
c ++++++++++++++++++++++ END ++++++++++++++++++++++++++++

2
geometry/estia_cave.i
View File

@@ -19,7 +19,7 @@ c then cut corner and add extended roof
#(8621 8622 8623 8624 8626)
#6111 #8501 #8511 #9001
c sample position
9001 19 -8.65 -9001
9001 19 -8.65 -9002 9003 -9004
c 9001 4 -1.2E-3 -9001
c area around cave
9900 4 -1.2E-3 8709 8710 -104 (-8708:-8707) 8703 8701

2
geometry/estia_guides.i
View File

@@ -126,7 +126,7 @@ c Copper in Selene 1
:(8115 -8116 8513 8402 -8901 3)
:(8115 -8116 8519 8402 -8515 -8517 3)
c Cd absorber at middle focus
8450 19 -8.65 -9002
8450 19 -8.65 -9012 9013 -9014
c 8450 0 -9002
c Mirrobor around vacuum vessel near MF
8461 17 -1.36 -8625 8101 8931 -8933

12
geometry/estia_surfaces.i
View File

@@ -706,10 +706,16 @@ c Vacuum vessels before S1/S1-S2
8931 3 c/x 0 -2 16.0
8932 3 c/x 0 -2 15.0
8933 3 c/x 0 -2 16.5
c Sphere at sample position to simulate gamma generation
c Sphere/disk at sample position to simulate gamma generation
9001 15 s 0 0 0 5.0
c Sphere at MF position to simulate gamma generation from mask
9002 13 s 0 0 0 5.0
9002 15 cx 5.0
9003 15 px -0.05
9004 15 px 0.05
c Sphere/disk at MF position to simulate gamma generation from mask
9011 13 s 0 0 0 5.0
9012 13 cx 5.0
9013 13 px -0.05
9014 13 px 0.05
c UNIVERSES
c Selene 1
18301 3 px -295

48
geometry/materials.i
View File

@@ -3,7 +3,10 @@ c --------------- MATERIAL CARDS ------------------------
c -------------------------------------------------------
c
c Gd3Ga5O12 -7.08 (Gadolinium Gallium Garnet - GGG)
m2 6000.70c 0.6 31000.60c 0.25 64000.35c 0.15
m2 8016.80c 0.598428 8017.80c 0.000240 8018.80c 0.001332
31000.42c 0.250000 64152.80c 0.000300 64154.80c 0.003270
64155.80c 0.022200 64156.80c 0.030705 64157.80c 0.023475
64158.80c 0.037260 64160.80c 0.032790
c
c Material : Stainless304 rho=0.0876276
m3 6000.70c 0.00031864 14028.70c 0.00170336 15031.70c 6.95038e-05
@@ -33,13 +36,13 @@ c m6 1001.70c -0.1437 6000.70c -0.8563
c mt6 poly.01t
c mx6:h j 6012.70h
c borated polyethylene PSI (5% B4C) -0.95 g/cm3
c m7 1001.70c -0.1183 5010.70c -0.0268 5011.70c -0.1077 6000.70c -0.7472
c m7 1001.70c -0.1183 5010.80c -0.0268 5011.80c -0.1077 6000.70c -0.7472
c mx7:h j j j 6012.70h
c mt7 poly.01t
c Material : helium rho=2.45e-05
c PSI Borax for HE-shutter
c EP + B4C 50%-50% (1.8 g/cc)
c m8 5010.70c -0.0782 5011.70c -0.3133 6000.70c -0.4481 7015.70c -0.132 &
c m8 5010.80c -0.0782 5011.80c -0.3133 6000.70c -0.4481 7015.70c -0.132 &
c 1001.70c -0.0284
c mx8:h j j 6012.70h j j
c mt8 lwtr.01t
@@ -47,9 +50,9 @@ c Helium
m9 2004.70c 2.45e-05 pnlib=70u
c
c BorAL 1100 alloy (2.7 g/cc)
m10 5010.70c -0.04 5011.70c -0.01 13027.70c -0.9288 &
14028.70c -0.01 25055.70c -5.0E-3 26000.50c -5.0E-3 &
29000.50c -1.0E-3 30000.70c -2.0E-4
m10 5010.80c -0.04 5011.80c -0.01 13027.70c -0.9288
14028.70c -0.01 25055.70c -5.0E-3 26000.50c -5.0E-3
29000.50c -1.0E-3 30000.70c -2.0E-4
c
c Material : H2O rho=0.100283
m11 1001.70c 0.0668456 1002.70c 1.003e-05 8016.70c 0.0334278
@@ -57,10 +60,10 @@ m11 1001.70c 0.0668456 1002.70c 1.003e-05 8016.70c 0.0334278
mt11 lwtr.01t
c
c bor-float glass 13% B2O3 2.51 g/cm3
m12 8016.70c -0.4078 11023.70c -0.096441 14028.70c -0.336563 &
20000.60c -0.107205 5010.70c -0.0104 5011.70c -0.0416
m12 8016.70c -0.4078 11023.70c -0.096441 14028.70c -0.336563
20000.60c -0.107205 5010.80c -0.0104 5011.80c -0.0416
c lead (11.34 g/cm3)
m13 82000.50c 1.0
m13 82000.42c 1.0
c Copper density=8.92 g/cm3
m14 29000.50c 1.0
c PSI Beton Ba/Fe/Bor 4.9 (4.9% B4C) (4.99 g/cm3)
@@ -78,8 +81,8 @@ c 26000.50c -0.52608
c 27059.50c -0.007
c 28000.50c -7.72e-2
c 56138.50c -3.985e-2
c 5010.70c -7.66e-3
c 5011.70c -3.068e-2
c 5010.80c -7.66e-3
c 5011.80c -3.068e-2
c mx15:h j 6012.70h j j j j j j j j j j j j j j
c mt15 poly.01t
c Boron Concrete (5% B4C)(2.4 g/cc)
@@ -93,16 +96,16 @@ m16 1001.70c -6.09e-3
26054.70c -4.22e-4
26056.70c -6.92e-3
26057.70c -1.62e-4
5010.70c -2e-3
5011.70c -8e-3
5010.80c -2e-3
5011.80c -8e-3
mx16:h j 6012.70h j j j j j j j j j j
mt16 lwtr.01t
c Mirrobor (1.36 g/cm3)
m17 1001.70c -0.01
6000.70c -0.3
8016.70c -0.05
5010.70c -0.127
5011.70c -0.513
5010.80c -0.127
5011.80c -0.513
mx17:h j 6012.70h j j j
mt17 poly.01t
c Mineral cast 2% Boron (2.4 g/cm3)
@@ -114,18 +117,15 @@ m18 1001.70c -0.05
14028.70c -0.38
26000.50c -0.02
28000.50c -0.004
5010.70c -0.0047
5011.70c -0.0188
5010.80c -0.0047
5011.80c -0.0188
mx18:h j 6012.70h j j j j j j j j
mt18 poly.01t
c
c Cadmium density=8.65 g/cm3
m19 $48000.42c 1.0
48106.80c 0.012450 48108.80c 0.008880 48110.80c 0.124700
48111.80c 0.127950 48112.80c 0.241090 48113.80c 0.122270
48114.80c 0.287540 48116.80c 0.075120
m19 48000.42c 1.0
c B4C sintered (2.3 g/cc)
m20 5010.70c -0.1841 5011.70c -0.74345 8016.70c -0.07245
m20 5010.80c -0.1841 5011.80c -0.74345 8016.70c -0.07245
c
c Material : Concrete rho=0.074981
m49 1001.70c 0.00776555 1002.70c 1.16501e-06 8016.70c 0.0438499
@@ -179,8 +179,8 @@ m121 1001.70c 0.00668924 8016.70c 0.00334462 26054.70c 0.00445623
mt121 lwtr.01t
c
c Material : CarstonConc rho=0.0824808
m122 1001.70c 0.0229186 1002.70c 1.23628e-06 5010.70c 0.0001187
5011.70c 0.00047781 6000.70c 0.00623398 8016.70c 0.0406466
m122 1001.70c 0.0229186 1002.70c 1.23628e-06 5010.80c 0.0001187
5011.80c 0.00047781 6000.70c 0.00623398 8016.70c 0.0406466
14028.70c 0.0049816 14029.70c 0.0002529 14030.70c 0.00016675
20040.70c 0.0062902 20042.70c 4.1981e-05 20043.70c 8.759e-06
20044.70c 0.0001353 20046.70c 2.5956e-07 20048.70c 1.21339e-05