bohrium
chemical element with symbol Bh and atomic number 107
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bohrium
Summary
bohrium is a chemical element[1]. bohrium draws 5,131 Wikipedia views per month (chemical_element category, ranking #119 of 144).[2]
Key Facts
- bohrium is credited with the discovery of Yuri Oganessian[3].
- bohrium's instance of is recorded as chemical element[4].
- bohrium's instance of is recorded as synthetic element[5].
- Niels Bohr is named after bohrium[6].
- bohrium's element symbol is recorded as Bh[7].
- bohrium's element symbol is recorded as Uns[8].
- bohrium is a type of d-block[9].
- bohrium is part of period 7[10].
- bohrium is part of group 7[11].
- bohrium is part of transition metal[12].
- bohrium's Commons category is recorded as Bohrium[13].
- bohrium's Unicode character is recorded as 𨨏[14].
- bohrium's crystal system is recorded as hexagonal crystal system[15].
- bohrium's time of discovery or invention is recorded as 1976[16].
- bohrium's IPA transcription is recorded as ˈbɔːriəm[17].
- bohrium's topic's main category is recorded as Category:Bohrium[18].
- bohrium's Commons gallery is recorded as Bohrium[19].
- bohrium's atomic number is recorded as {'amount': '+107'}[20].
- bohrium's oxidation state is recorded as {'amount': '+3'}[21].
- bohrium's oxidation state is recorded as {'amount': '+4'}[22].
- bohrium's oxidation state is recorded as {'amount': '+5'}[23].
- bohrium's oxidation state is recorded as {'amount': '+7'}[24].
- bohrium's described by source is recorded as Armenian Soviet Encyclopedia[25].
- bohrium's mass is recorded as {'amount': '+270.13336'}[26].
- bohrium's on focus list of Wikimedia project is recorded as Wikipedia:Vital articles/Level/4[27].
Body
Definition and Type
Recorded instance of include chemical element[4] and synthetic element[5]. bohrium is a type of d-block[9].
Origins
Niels Bohr is named after bohrium[6].
Use and Application
Part of include period 7[10], a period[28]; group 7[11], a group[29]; and transition metal[12].
Why It Matters
bohrium draws 5,131 Wikipedia views per month (chemical_element category, ranking #119 of 144).[2] bohrium has Wikipedia articles in 30 language editions, a strong signal of global cultural recognition.[30] bohrium is known by 45 alternative names across languages and contexts.[31]