Bohrium. Number 107. Bh. Atomic weight: 262. Named after Niels Bohr.
Electron Configuration
Melting Point
Boiling Point
Density
Color
Physical State at Room Temperature
Common Ion Charges
Reactions
Common Compounds
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[Rn] 7s2 5f14 6d5
Unknown
Unknown
Unknown
Presumed silvery white or grey metallic
Solid (presumed)
None Known
Unknown
None known
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Discovery: Bohrium was discovered by a research team led by Peter Armbruster at Gesellschaft für Schwerionenforschung (GSI Helmholtz Centre for Heavy Ion Research) in Germany in 1981.
Uses: Bohrium is not used for anything and is therefore useless, as only a very small amount of bohrium has ever been made and not much is known about it. It cannot be found anywhere on Earth and can only be synthesized in a lab. The longest half-life of its isotopes is about 10 seconds.
Hazards: Bohrium is, of course, harmful due to its radioactivity.
Uses: Bohrium is not used for anything and is therefore useless, as only a very small amount of bohrium has ever been made and not much is known about it. It cannot be found anywhere on Earth and can only be synthesized in a lab. The longest half-life of its isotopes is about 10 seconds.
Hazards: Bohrium is, of course, harmful due to its radioactivity.