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xxcai1 edited this page Jan 28, 2019 · 29 revisions

This page last updated with NCrystal release v0.9.18.

Data file
(.ncmat)		 Crystal properties Cross section components Validation
Ag_sg225 F m -3 m (225)
ρ=10.501 g/cm³
...		 images/Ag_sg225.inspect-0.png images/Ag_sg225.ncmat.png
Al2O3_sg167_Corundum R -3 c (167)
ρ=3.9912 g/cm³
...		 images/Al2O3_sg167_Corundum.inspect-0.png images/Al2O3_sg167_Corundum.ncmat_sglcry.png
Al_sg225 F m -3 m (225)
ρ=2.6987 g/cm³
...		 images/Al_sg225.inspect-0.png images/Al_sg225.ncmat.png images/Al_sg225.ncmat_ultcold.png images/Al_sg225.ncmat_sglcry.png
Au_sg225 F m -3 m (225)
ρ=19.288 g/cm³
...		 images/Au_sg225.inspect-0.png images/Au_sg225.ncmat.png
Resonances in the eV region are not modelled.
Ba_sg229 I m -3 m (229)
ρ=3.5944 g/cm³
...		 images/Ba_sg229.inspect-0.png
BeF2_sg152_Beryllium_Fluoride P 31 2 1 (152)
ρ=2.3211 g/cm³
...		 images/BeF2_sg152_Beryllium_Fluoride.inspect-0.png
Be_sg194 P 63/m m c (194)
ρ=1.8446 g/cm³
...		 images/Be_sg194.inspect-0.png images/Be_sg194.ncmat.png
C_sg194_pyrolytic_graphite
Note: file contains embedded configuration "lcaxis=0,0,1" 		P 63/m m c (194)
ρ=2.2609 g/cm³
...		 images/C_sg194_pyrolytic_graphite.inspect-0.png images/C_sg194_pyrolytic_graphite.ncmat.png images/C_sg194_pyrolytic_graphite.ncmat_sglcry.png
C_sg227_Diamond F d -3 m (227)
ρ=3.5162 g/cm³
...		 images/C_sg227_Diamond.inspect-0.png
CaCO3_sg62_Aragonite P n m a (62)
ρ=2.9285 g/cm³
...		 images/CaCO3_sg62_Aragonite.inspect-0.png
Ca_sg225 F m -3 m (225)
ρ=1.5355 g/cm³
...		 images/Ca_sg225.inspect-0.png images/Ca_sg225.ncmat.png
Sample in the measurement is a natural crystal with unknow purity.
Ca_sg229_Calcium-gamma I m -3 m (229)
ρ=1.584 g/cm³
...		 images/Ca_sg229_Calcium-gamma.inspect-0.png
Cr_sg229 I m -3 m (229)
ρ=7.1996 g/cm³
...		 images/Cr_sg229.inspect-0.png images/Cr_sg229.ncmat.png
Cu2O_sg224_Cuprite P n -3 m (224)
ρ=6.1104 g/cm³
...		 images/Cu2O_sg224_Cuprite.inspect-0.png
Cu_sg225 F m -3 m (225)
ρ=8.9348 g/cm³
...		 images/Cu_sg225.inspect-0.png images/Cu_sg225.ncmat.png
Fe_sg229_Iron-alpha I m -3 m (229)
ρ=7.8742 g/cm³
...		 images/Fe_sg229_Iron-alpha.inspect-0.png images/Fe_sg229_Iron-alpha.ncmat.png
Fe_sg229_Iron-beta I m -3 m (229)
ρ=7.5263 g/cm³
...		 images/Fe_sg229_Iron-beta.inspect-0.png
Ge_sg227 F d -3 m (227)
ρ=5.3294 g/cm³
...		 images/Ge_sg227.inspect-0.png images/Ge_sg227.ncmat.png images/Ge_sg227.ncmat_sglcry.png
MgO_sg225_Periclase F m -3 m (225)
ρ=3.5851 g/cm³
...		 images/MgO_sg225_Periclase.inspect-0.png
Mg_sg194 P 63/m m c (194)
ρ=1.7369 g/cm³
...		 images/Mg_sg194.inspect-0.png images/Mg_sg194_Magnesium.ncmat.png
Mo_sg229 I m -3 m (229)
ρ=10.22 g/cm³
...		 images/Mo_sg229.inspect-0.png images/Mo_sg229.ncmat.png
Na4Si3Al3O12Cl_sg218_Sodalite P -4 3 n (218)
ρ=2.2979 g/cm³
...		 images/Na4Si3Al3O12Cl_sg218_Sodalite.inspect-0.png
Na_sg229 I m -3 m (229)
ρ=0.96663 g/cm³
...		 images/Na_sg229.inspect-0.png
Nb_sg229 I m -3 m (229)
ρ=8.5827 g/cm³
...		 images/Nb_sg229.inspect-0.png images/Nb_sg229.ncmat.png
Ni_sg225 F m -3 m (225)
ρ=8.9092 g/cm³
...		 images/Ni_sg225.inspect-0.png images/Ni_sg225.ncmat.png
Pb_sg225 F m -3 m (225)
ρ=11.344 g/cm³
...		 images/Pb_sg225.inspect-0.png images/Pb_sg225.ncmat.png images/Pb_sg225.ncmat_sglcry.png
Crystal orientation in EXFOR 13761010 is unknown
Pd_sg225 F m -3 m (225)
ρ=12.01 g/cm³
...		 images/Pd_sg225.inspect-0.png images/Pd_sg225.ncmat.png
Pt_sg225 F m -3 m (225)
ρ=21.46 g/cm³
...		 images/Pt_sg225.inspect-0.png images/Pt_sg225.ncmat.png
Rb_sg229 I m -3 m (229)
ρ=1.612 g/cm³
...		 images/Rb_sg229.inspect-0.png
Sc_sg194 P 63/m m c (194)
ρ=2.9858 g/cm³
...		 images/Sc_sg194.inspect-0.png images/Sc_sg194.ncmat.png
SiLu2O5_sg15 C 2/c (15)
ρ=7.4043 g/cm³
...		 images/SiLu2O5_sg15.inspect-0.png
SiO2_sg154_Quartz P 32 2 1 (154)
ρ=2.6486 g/cm³
...		 images/SiO2_sg154_Quartz.inspect-0.png images/SiO2_sg154_Quartz.ncmat.png
Si_sg227 F d -3 m (227)
ρ=2.3295 g/cm³
...		 images/Si_sg227.inspect-0.png images/Si_sg227.ncmat.png images/Si_sg227.ncmat_sglcry.png
Sn_sg141 I 41/a m d (141)
ρ=7.3328 g/cm³
...		 images/Sn_sg141.inspect-0.png images/Sn_sg141.ncmat.png
Sr_sg225 F m -3 m (225)
ρ=2.5834 g/cm³
...		 images/Sr_sg225.inspect-0.png
Ti_sg194 P 63/m m c (194)
ρ=4.5013 g/cm³
...		 images/Ti_sg194.inspect-0.png images/Ti_sg194.ncmat.png
UO2_sg225_Uraninite F m -3 m (225)
ρ=10.969 g/cm³
...		 images/UO2_sg225_Uraninite.inspect-0.png images/UO2_sg225_Uraninite.ncmat.png
V_sg229 I m -3 m (229)
ρ=6.1179 g/cm³
...		 images/V_sg229.inspect-0.png images/V_sg229.ncmat.png
W_sg229 I m -3 m (229)
ρ=19.263 g/cm³
...		 images/W_sg229.inspect-0.png images/W_sg229.ncmat.png
Resonances in the eV region are not modelled.
Y2O3_sg206_Yttrium_Oxide I a -3 (206)
ρ=4.9763 g/cm³
...		 images/Y2O3_sg206_Yttrium_Oxide.inspect-0.png
Y_sg194 P 63/m m c (194)
ρ=4.4721 g/cm³
...		 images/Y_sg194.inspect-0.png images/Y_sg194.ncmat.png
Zn_sg194 P 63/m m c (194)
ρ=7.1407 g/cm³
...		 images/Zn_sg194.inspect-0.png images/Zn_sg194.ncmat.png images/Zn_sg194.ncmat_sglcry.png
Zr_sg194 P 63/m m c (194)
ρ=6.5067 g/cm³
...		 images/Zr_sg194.inspect-0.png images/Zr_sg194.ncmat.png

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