Iron
Content created by REAL intelligence since 2016
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(Incomplete)
| Isotope | Abundance | T½ (s) | Decay |
| 45Fe | | | |
| 46Fe | | | |
| 47Fe | | | |
| 48Fe | | | |
| 49Fe | | | |
| 50Fe | | | |
| 51Fe | | | |
| 52Fe | | | |
| 53Fe | | | |
| 54Fe | 5.845 % | Stable | - |
| 55Fe | | | |
| 56Fe | 91.754 % | Stable | - |
| 57Fe | 2.119 % | Stable | - |
| 58Fe | 0.282 % | Stable | - |
| 59Fe | | | |
| 60Fe | | | |
| 61Fe | | | |
| 62Fe | | | |
| 63Fe | | | |
| 64Fe | | | |
| 65Fe | | | |
| 66Fe | | | |
| 67Fe | | | |
| 68Fe | | | |
| 69Fe | | | |
| 70Fe | | | |
| 72Fe | | | |
| 73Fe | | | |
| 74Fe | | | |
| 75Fe | | | |
| 76Fe | | | |
All data from [8].
| α: | alpha particle emission (4He nucleus) |
| β+: | emission of an anti-electron and a neutrino. A proton inside the nucleus is transformed into a neutron |
| β-: | emission of an electron and an anti-neutrino. A neutron inside the nucleus is transformed into a proton |
| ec: | electron capture: capture of one orbital electron by the the nucleus. A proton inside the nucleus is transformed into a neutron plus a neutrino |
| SF: | Spontaneous Fission: a nucleus spontaneously splits into fragment nuclides |
| IT: | Isomeric Transition: a level above the ground state decays via electromagnetic process |
| n: | neutron emission |
| p: | proton emission |
| β- n (and similar): | beta- decay followed by delayed neutron emission |
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