Difference between revisions of "Bohrium"
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{{Element | name=Bohrium | symbol=Bh | anumber=107 | amass=264 amu | noe=107 | class=Transition Metal | cstructure=Unknown | color=Unknown | date=1976 | discname=Peter Armsbruster and Gottfried Munzenber. | origname=Bohrium is named after [[Niels Bohr]]. | uses=There are no known uses for Bohrium. | obtained=Man-made. }} | {{Element | name=Bohrium | symbol=Bh | anumber=107 | amass=264 amu | noe=107 | class=Transition Metal | cstructure=Unknown | color=Unknown | date=1976 | discname=Peter Armsbruster and Gottfried Munzenber. | origname=Bohrium is named after [[Niels Bohr]]. | uses=There are no known uses for Bohrium. | obtained=Man-made. }} | ||
| − | '''Bohrium''' is an artificially produced radioactive element. It's most stable isotope, Bh-262 has | + | '''Bohrium''' is an artificially produced radioactive element. It's most stable isotope, Bh-262 has a half life of 17 seconds. Due to its extreme instability, Bohrium does not have any known application and little is known about it.<ref>http://www.lenntech.com/periodic/elements/bh.htm#ixzz0fXJnfzLE</ref> |
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==References== | ==References== | ||
| − | + | {{reflist}} | |
| + | |||
{{Periodic table}} | {{Periodic table}} | ||
Latest revision as of 03:33, July 27, 2016
Bohrium is an artificially produced radioactive element. It's most stable isotope, Bh-262 has a half life of 17 seconds. Due to its extreme instability, Bohrium does not have any known application and little is known about it.[1]
| Bohrium | |
|---|---|
| Properties | |
| Atomic symbol | Bh |
| Atomic number | 107 |
| Classification | Transition Metal |
| Atomic mass | 264 amu |
| Other Information | |
| Date of discovery | 1976 |
| Name of discoverer | Peter Armsbruster and Gottfried Munzenber. |
| Name origin | Bohrium is named after Niels Bohr. |
| Uses | There are no known uses for Bohrium. |
| Obtained from | Man-made. |