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General information about Ununbium |
| Ununbium |
| Uub |
| 112 |
| Transition Metals |
| 12 |
| 7 |
| d |
| unknown |
| [285] g·mol-1 |
| [Rn] 5f14 6d10 7s2 |
| 2, 8, 18, 32, 32, 18, 2 |
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Physical properties of Ununbium |
| unknown |
| ? |
| ? |
| ? |
| ? |
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Atomic structure of Ununbium |
| ? |
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Electron dot
model |
Other languages |
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| Latin: |
Ununbium |
| Czech: |
Ununbium |
| Croatian: |
Ununbium |
| French: |
Ununbium |
| German: |
Ununbium |
| Italian: |
Ununbium |
| Norwegian: |
Ununbium |
| Portuguese: |
Ununbium |
| Spanish: |
Ununbium |
| Swedish: |
Ununbium |
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| Element |
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112 |
2
8
18
32
32
18
2
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Uub |
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(285) |
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Brief description |
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The chemistry of element 112 is expected to be similar to that of the elements zinc, cadmium, and mercury. In contrast to the lighter elements, element 112 decays after a fraction of a thousandth of a second by emitting alpha particles to first become an isotope of element 110 with atomic mass 273, and then an isotope of hassium with atomic mass 269. The decay chain has been followed for three more alpha-decays to fermium.
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Uses of Ununbium |
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For research interest.
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Hystory of Ununbium |
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- Discoverer: S. Hofmann
- Discovery Location: Germany
- Discovery Year: 1996
- Name Origin: Named according to an IUPAC naming convention. Un (one) un (one) bi (two)
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