NH (chemical symbol for nihonium)

E396096

Nihonium is a synthetic, highly radioactive superheavy chemical element with the atomic number 113, first created in particle accelerators and named after Japan.

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All labels observed (1)

Label Occurrences
NH (chemical symbol for nihonium) canonical 1

Statements (46)

Predicate Object
instanceOf chemical element
chemical symbol
radioactive element
superheavy element
synthetic element
atomicNumber 113
belongsToSeries superheavy elements
transactinide elements
block p-block
CASNumber 54084-70-7
chemicalSeries group 13 elements
denotes nihonium
discoveredAt RIKEN
surface form: RIKEN Nishina Center for Accelerator-Based Science
discoveredInCountry Japan
discoverer RIKEN
surface form: Kosuke Morita-led RIKEN team
discoveryMethod particle accelerator experiments
discoveryYear 2003
electronConfiguration [Rn] 5f14 6d10 7s2 7p1 (predicted)
elementCategory post-transition metal
group 13
hasNoStableIsotopes true
isManMade true
IUPACGroupName boron group (group 13)
IUPACNameApproved 2016
mostStableIsotope nihonium-286
mostStableIsotopeHalfLife on the order of seconds
namedAfter Japan
nameOrigin Nihon (Japanese name for Japan)
neighborElementNext flerovium
neighborElementPrevious copernicium
nuclearCharge +113e
occurrence does not occur naturally on Earth
oxidationStates +1 (predicted)
+3 (predicted)
period 7
positionInPeriodicTable between copernicium and flerovium
previousSymbol Uut
previousSystematicName ununtrium
producedBy fusion of zinc-70 and bismuth-209 nuclei
productionScale atom-at-a-time synthesis
radioactiveDecayMode alpha decay (dominant)
radioactivity highly radioactive
standardAtomicWeight [286]
stateAtSTP unknown (predicted solid)
symbol Nh
Z 113

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

NH notToBeConfusedWith NH (chemical symbol for nihonium)