INTRODUCTION
Bohrium is an extremely rare, unstable chemical element. The large number of particles in the nucleus makes the atom unstable and causes the atom to split apart into smaller components soon after it is created.
It was renamed from unnilseptium to bohrium, in honour of Danish physicist and Nobel laureate Niels Bohr, who made important contributions to nuclear physics and the understanding of atomic structure.
BASIC INFORMATIONS
- Atomic Number
- 107
- Atomic Mass
- 270
- Ionic radius
- N/A
- Ionization energy
- N/A
- Electronic config
- 2,8,18,32,32,13,2
- Principal Valency
- +2
- Density g/cm³
- N/A
- Melting point °C
- N/A
- Boiling point °C
- N/A
- Type of Element
- Metal
- Electronegativity
- N/A
- Element Category
- Manganese Group
- Appearance
- Silvery solid
- Block
- d-block
- Period
- 7
- Group
- 7
- No of Isotopes
- 11
- Occurrence
- Artificially Made
- Abundance in ppm
- Nil
- Year of Discovery
- 1976
EXTRACTION
It is obtain by electrolysis of its fused salts or reducing its halides with calcium
OXIDATION STATES
+7,+5,+4
MAJOR SOURCE
Obtain artificially by nuclear fusion
HALF LIFE
0.204 seconds
ECONOMIC IMPORTANCE
* Due to its short life span, Little is known about the element, so therefore; it does not have any industrial use, presently.