@prefix isq: .
@prefix smart: .
@prefix rdf: .
@prefix dcterms: .
@prefix skos: .
a isq:Entry ;
rdf:type isq:Quantity ;
rdf:type smart:TermEntry ;
dcterms:identifier "10-11" ;
skosxl:prefLabel "total angular momentum"@en ;
skosxl:altLabel "bb(ii(J))"@en ;
skos:definition "vector (<>) quantity in a quantum system composed of the vectorial sum of angular momentum stem:[bb(ii(L))] (<>) and spin stem:[bb(ii(s))] (<>)"@en ;
smart:hasBindingnessType "bindingness-type:normative" ;
dcterms:isPartOf ;
isq:hasUnit [
skos:notation "J*s" ;
skosxl:prefLabel "joule second"@en
] ;
isq:hasUnit [
skos:notation "eV*s" ;
skosxl:prefLabel "electronvolt second"@en
] ;
isq:hasUnit [
skos:notation "kg*m^2*s^(-1)" ;
skosxl:prefLabel "kilogram square metre per second"@en
] ;
skos:note "In atomic and nuclear physics, orbital angular momentum is usually denoted by stem:[bb(ii(l))] or stem:[bb(ii(L))].\n\nThe magnitude of stem:[bb(ii(J))] is quantized so that:\n\n[stem%unnumbered]\n++++\nbb(ii(J))^2 = \"P{hbar}\"^2 j(j+1)\n++++\n\nwhere stem:[j] is the total angular momentum quantum number (<>).\n\nTotal angular momentum and magnetic dipole moment have the same direction.\n\nstem:[j] is not the magnitude of the total angular momentum stem:[bb(ii(J))] but its projection onto the quantization axis, divided by stem:[\"P{hbar}\"].\n"@en ;
iso:urn .