@prefix isq: <https://w3id.org/standards/isq/ontologies/core/> .
@prefix smart: <https://example.org/smart-sdu/> .
@prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> .
@prefix dcterms: <http://purl.org/dc/terms/> .
@prefix skos: <http://www.w3.org/2004/02/skos/core#> .

<isq:t10-54>
  a isq:Entry ;
  rdf:type isq:Quantity ;
  rdf:type smart:TermEntry ;
  dcterms:identifier "10-54" ;
  skosxl:prefLabel "total linear stopping power"@en ;
  skosxl:altLabel "linear stopping power"@en ;
  skosxl:altLabel "S"@en ;
  skosxl:altLabel "S_l"@en ;
  skos:definition "for charged particles of a given type and energy stem:[E_0] the differential quotient of stem:[E] with respect to stem:[x], where stem:[E] is the mean energy (<<iso80000-4>>) lost by the charged particles in traversing a distance (<<iso80000-3>>) stem:[x] in the given material:\n\n[stem%unnumbered]\n++++\nS = -(\"d\"E)/(\"d\"x)\n++++\n"@en ;
  smart:hasBindingnessType "bindingness-type:normative" ;
  dcterms:isPartOf <isq:part-10> ;
  isq:hasUnit [
    skos:notation "eV/m" ;
    skosxl:prefLabel "electronvolt per metre"@en
  ] ;
  isq:hasUnit [
    skos:notation "J/m" ;
    skosxl:prefLabel "joule per metre"@en
  ] ;
  isq:hasUnit [
    skos:notation "kg*m*s^(-2)" ;
    skosxl:prefLabel "kilogram metre per second squared"@en
  ] ;
  skos:note "The total linear stopping power is sometimes also called stopping power.\n\nBoth electronic losses and radiative losses are included.\n\nThe quotient of the total linear stopping power of a substance and that of a reference substance is called the relative linear stopping power.\n\nSee also <<t10-85>>.\n\nUsing the relation stem:[S_m = S//rho] between the total mass stopping power stem:[S_m] (<<t10-55>>), the total linear stopping power stem:[S], and the density stem:[rho], the definition given for the mass stopping in report 85a of the ICRU can be applied to that of the total linear stopping power resulting in:\n\nThe linear stopping power, stem:[S], of a material, for charged particles of a given type and energy, is the quotient of stem:[\"d\"E] by stem:[\"d\"l], where stem:[\"d\"E] is the mean energy lost by the charged particles in traversing a distance stem:[\"d\"l] in the material:\n\n[stem%unnumbered]\n++++\nS = -(\"d\"E)/(\"d\"x)\n++++\n\nThis definition has an equivalent meaning as the one given in column 4 of this item.\n\nSee also <<cls-0.3>>.\n"@en ;
  iso:urn <urn:iso:std:iso:80000:-10:ed-2:en:item:10-54> .
