- #1
snorkack
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First: what precisely is the shape of delayed neutron energy spectrum for each single emitter, generally?
Second: what are the delayed neutron energy parameters for the common isotopes producing them?
The attested list seems to be:
Which of the above provide the highest energy delayed neutrons?
Second: what are the delayed neutron energy parameters for the common isotopes producing them?
The attested list seems to be:
- Br-87 55,65 s 2,52 %
- Cs-141 24,8 s 0,035 %
- I-137 24,13 s 7,14 %
- Br-88 16,3 s 6,48 %
- I-138 6,23 s 5,46 %
- Rb-93 5,84 s 1,35 %
- Rb-92 4,49 s 0,011 %
- Br-89 4,4 s 13,8 %
- As-84 4 s 0,28 %
- Rb-94 2,7 s 10 %
- I-139 2,28 s 10 %
- Br-90 1,91 s 25,2 %
- Kr-92 1,84 s 0,03 %
- Cs-143 1,79 s 1,62 %
- Xe-141 1,73 s 0,04 %
- Cs-142 1,69 s 0,09 %
- Kr-93 1,29 s 1,95 %
- Xe-142 1,22 s 0,41 %
- Cs-144 1 s 3,2 %
- I-140 0,86 s 9,3 %
- Cs-145 0,58 s 14,3 %
- Br-91 0,54 s 20 %
- Rb-95 0,38 s 8,73 %
- Br-92 0,34 s 33 %
- Kr-94 0,21 s 5,7 %
Which of the above provide the highest energy delayed neutrons?