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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 a half life of 17 seconds. Due to its extreme instability, Bohrium does not have any known application and little is known about it.
'''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>
==References==
==References==
{{reflist}}
{{Periodic table}}
{{Periodic table}}