Element record / Post-transition metal
Moscovium
MetalPrimarily synthetic supply- Atomic number
- 115
- Atomic mass (u)
- 290.196
- Category
- Post-transition metal
- Standard state
- Expected to be a Solid
- Melting point
- Not reported
- Boiling point
- Not reported
- Density (g/cm³)
- Not reported in this source
- Electronegativity (Pauling)
- Not reported in this source
- Electron configuration
- [Rn]7s2 7p3 5f14 6d10 (predicted)
- Oxidation states
- 3, 1
- Atomic radius (pm)
- Not reported in this source
- First ionization energy (eV)
- Not reported in this source
Discovery & recognition
- Discovery year / period (PubChem)
- 2003
- Discovery credited to (RSC)
- Scientists from the Joint Institute for Nuclear Research in Dubna, Russia, the Lawrence Livermore National Laboratory in California, USA, and Oak Ridge National Laboratory in Tennessee, USA
- Date or period recorded by RSC
- 2010
- Discovery place
- Dubna, Russia, with collaborators in California and Tennessee, United States
An ancient date does not identify a first human discovery. Different references may date observation, isolation and formal recognition differently.
Natural occurrence & production
This transuranium element is primarily produced through nuclear reactions in reactors or particle accelerators. Some transuranium elements also occur naturally in extremely small traces; that is different from a mineable deposit.
“Unknown”
Royal Society of Chemistry · occurrence excerpt ↗
Continue the research
PubChem · properties and references ↗
Royal Society of Chemistry · occurrence, uses and discovery history ↗
Reference values are not product specifications. Blank values have not been estimated. For superheavy elements, some properties and family assignments are theoretical or incompletely measured.
