Disambiguation evidence for nobelium via surface form

"Nobelium"

As subject (47)

Triples where this entity appears as subject under the label "Nobelium".

Predicate	Object
CASNumber	10028-14-5 ⓘ
IUPACName	nobelium self-linksurface differs ⓘ
atomicNumber	102 ⓘ
belongsTo	periodic table of the elements ⓘ
block	f-block ⓘ
boilingPoint	unknown (not well established) ⓘ
chemicalSeries	transuranium element ⓘ
commonIsotope	Nobelium-252 ⓘ
commonIsotope	Nobelium-254 ⓘ
commonIsotope	Nobelium-255 ⓘ
commonIsotope	Nobelium-257 ⓘ
discoveringInstitution	Joint Institute for Nuclear Research ⓘ
discoveringInstitution	Lawrence Berkeley National Laboratory ⓘ
discoveryYear	1957 ⓘ
discoveryYear	1958 ⓘ
electronConfiguration	[Rn] 5f13 7s2 (ground state, expected) ⓘ
elementCategory	actinide series ⓘ
group	none ⓘ
instanceOf	actinide ⓘ
instanceOf	chemical element ⓘ
instanceOf	synthetic element ⓘ
isTransuranic	true ⓘ
isotopesCountObserved	more than 10 ⓘ
meltingPoint	about 1100 K (estimated) ⓘ
mostStableIsotope	nobelium self-linksurface differs ⓘ surface form: Nobelium-259
mostStableIsotopeHalfLife	about 58 minutes ⓘ
nameOrigin	Alfred Nobel ⓘ
namedAfter	Alfred Nobel ⓘ
naturalAbundance	0 ⓘ
neutronNumberInMostStableIsotope	157 ⓘ
occurrence	does not occur naturally ⓘ
oxidationState	+2 ⓘ
oxidationState	+3 ⓘ
period	7 ⓘ
phaseAtSTP	solid (predicted) ⓘ
positionInPeriodicTable	between Mendelevium and Lawrencium ⓘ
predominantOxidationStateInSolution	+2 ⓘ
productionMethod	particle accelerator synthesis ⓘ
protonCount	102 ⓘ
radioactiveDecayMode	alpha decay ⓘ
radioactiveDecayMode	spontaneous fission ⓘ
radioactivity	highly radioactive ⓘ
standardAtomicWeight	[259] ⓘ
symbol	No ⓘ
uses	nuclear physics research ⓘ
uses	scientific research ⓘ
uses	study of actinide chemistry ⓘ