Difference between revisions of "BO-08-22-13"
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<math>{138 \atop\; }Ba(72%), {137 \atop\; }Ba(11%),{136 \atop\; }Ba (7.9%), {135 \atop\; }Ba(7%), {134 \atop\; }Ba(2%)</math> | <math>{138 \atop\; }Ba(72%), {137 \atop\; }Ba(11%),{136 \atop\; }Ba (7.9%), {135 \atop\; }Ba(7%), {134 \atop\; }Ba(2%)</math> | ||
| − | + | ==Single neutron knockout== | |
| − | <math>{137 \atop\; }Ba (\gamma,8){136 \atop \; } | + | <math>{137 \atop\; }Ba (\gamma,8){136 \atop \; }Ba</math> |
| − | |||
| − | |||
Neutron Separation Energy= Energy needed to liberate a neutron from the Nucleus | Neutron Separation Energy= Energy needed to liberate a neutron from the Nucleus | ||
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:<math>\left [79(1.007825 u) + 118 (1.008665 u) - 196.97 u\right ] \frac{931.5 MeV}{u} -\left [79(1.007825 u) + 117 (1.008665 u) - 195.967 u\right ] \frac{931.5 MeV}{u}</math> | :<math>\left [79(1.007825 u) + 118 (1.008665 u) - 196.97 u\right ] \frac{931.5 MeV}{u} -\left [79(1.007825 u) + 117 (1.008665 u) - 195.967 u\right ] \frac{931.5 MeV}{u}</math> | ||
:<math>=\left [(1.008665 u) - 196.9665516 u+ 195.9665513 u\right ] \frac{931.5 MeV}{u} = 5.3 MeV</math> | :<math>=\left [(1.008665 u) - 196.9665516 u+ 195.9665513 u\right ] \frac{931.5 MeV}{u} = 5.3 MeV</math> | ||
| + | |||
| + | ==;Single proton knockout== | ||
| + | <math>{137 \atop\; }Ba (\gamma,p){136 \atop \; }Cs</math> | ||
Cs-136 | Cs-136 | ||
Revision as of 21:24, 4 September 2013
naturally occurring Isotope and their abundance
Single neutron knockout
Neutron Separation Energy= Energy needed to liberate a neutron from the Nucleus
- =
;Single proton knockout
Cs-136
1.2 MeV