50-Sn-126
- Atomic Mass: 125.9076540 ± 0.0000115 amu
- Excess Mass: -86019.776 ± 10.698 keV
- Binding Energy: 1063888.780 ± 10.699 keV
- Beta Decay Energy: B- 378.000 ± 30.000 keV
- Spin: 0+
- Half life: 1E+5 Y
- Mode of decay: Beta to Sb-126
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Possible parent nuclides:
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Beta from In-126
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Beta + N from In-127
Fission Yields
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Fissile with Neutron Energy
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Yields ( sum = 2 )
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Direct
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Accumulated
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U-235 with 0.0253 eV
|
.00000E+00
|
5.49319E-04
|
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U-235 with 1.0 MeV
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.00000E+00
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1.37939E-03
|
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U-238 with 1.0 MeV
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2.95646E-05
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6.30423E-04
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Pu-239 with 0.0253 eV
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1.28087E-03
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2.65697E-03
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Pu-239 with 1.0 MeV
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1.39766E-03
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3.05221E-03
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Total Cross Section
- at 0.0253 eV = 4.090 b
- Maxwell avg. at 0.0253 eV = 4.101 b
- at 14 MeV = 4.634 b
- Fission spectrum avg. = 5.522 b
- g-factor = 1.1313
Elastic Scattering Cross Section
- at 0.0253 eV = 4.000 b
- Maxwell avg. at 0.0253 eV = 4.000 b
- at 14 MeV = 2.927 b
- Fission spectrum avg. = 4.773 b
- g-factor = 1.1284
Total Inelastic Cross Section
- at 14 MeV = 178.7 mb
- Fission spectrum avg. = 740.7 mb
(n,2n) Cross Section
- at 14 MeV = 1.529 b
- Fission spectrum avg. = 3.124 mb
(n,3n) Cross Section
- Fission spectrum avg. = 7.990 micro barn
(n,na) Cross Section
- at 14 MeV = 3.199100e-13 b
- Fission spectrum avg. = 1.057870e-11 b
(n,np) Cross Section
- Fission spectrum avg. = 1.403200e-10 b
Radiative Capture Cross Section
- at 0.0253 eV = 90.00 mb
- Maxwell avg. at 0.0253 eV = 79.80 mb
- Resonance integral = 149.7 mb
- at 14 MeV = 1.000 mb
- Fission spectrum avg. = 4.385 mb
- g-factor = 1.0005
(n,p) Cross Section
- at 14 MeV = 46.82 micro barn
- Fission spectrum avg. = 0.01663 micro barn
(n,d) Cross Section
- at 14 MeV = 3.398180e-17 b
- Fission spectrum avg. = 4.506290e-10 b
(n,t) Cross Section
- at 14 MeV = 6.783650e-20 b
- Fission spectrum avg. = 1.837540e-10 b
(n,alpha) Cross Section
- at 14 MeV = 0.1471 micro barn
- Fission spectrum avg. = 4.423280e-10 b
Element Sn