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SELECT ?title WHERE { ?? (rdfs:label|skos:prefLabel|schema:name) ?title . } Stoffmenge

SELECT ?class WHERE { ?? (rdf:type|owl:type) ?class . } DefinedTerm, Term, Validated Entry

SELECT ?description WHERE { ?? (rdfs:comment|schema:description) ?description . } Grösse, die in der Chemie verwendet wird, um die Menge von Elementen oder chemischen Verbindungen auszudrücken.

SELECT ?property ?value WHERE { BIND (?? AS ?s) ?s ?property ?value . FILTER (isLiteral(?value)) } LIMIT 1000

Attributes

Name
Stoffmenge
Name
amount of substance
Name
quantità di sostanza
Name
quantité de matière
Description
Grösse, die in der Chemie verwendet wird, um die Menge von Elementen oder chemischen Verbindungen auszudrücken.
Description
Quantity used by chemists to specify the amount of chemical elements or compounds.
Description
Grandeur utilisée en chimie pour spécifier la quantité d'éléments ou de composés chimiques.
Description
Grandezza utilizzata in chimica per specificare la quantità di elementi o componenti chimici.
dateModified
2016-07-26T09:32:08.6570000Z
Identifier
414058
Alternate name
n
Alternate name
n
Alternate name
n
Alternate name
n
URL
https://www.termdat.bk.admin.ch/entry/414058
citation
Messgesetz, Art. 2 Abs. 1 Bst. f (SR 941.20, Stand 2013-01)
citation
BIPM, The International System of Units (SI), 2006, p. 105, para. 1.3, tab.
citation
LF Métrologie, art. 2 al. 1 let. f (RS 941.20, état 2013-01)
citation
LF Metrologia, art. 2 cpv. 1 lett. f (RS 941.20, stato 2013-01)
position
1
Linguistic Context
Amount of substance is defined to be proportional to the number of specified elementary entities in a sample, the proportionality constant being a universal constant which is the same for all samples.
Linguistic Context
Definitionsgemäss ist die Stoffmenge proportional zur Anzahl an elementaren Einheiten einer Probe, wobei die Proportionalitätskonstante eine universelle Konstante ist, die für alle Proben gleich ist.
Linguistic Context
La quantité de matière est définie comme étant proportionnelle au nombre d'entités élémentaires d'un échantillon, la constante de proportionnalité étant une constante universelle identique pour tous les échantillons.
Term Note
USG: "n" ist das offizielle SI-Zeichen der Grösse; EXP: die Stoffmenge ist eine der sieben Basisgrössen des Internationalen Einheitensystems (SI) (a); die Einheit der Stoffmenge ist das Mol (b)
Term Note
USG: "n" is the offical SI symbol for the quantity; EXP: amount of substance is one of the seven base quantities in the International System of Units (SI) (a); the unit of amount of substance is the mole (b)
Term Note
USG: "n" est le symbole SI officiel de la grandeur; EXP: la quantité de matière est une des sept grandeurs de base du Système international d'unités (SI) (a); l'unité de quantité de matière est la mole (b)
Term Note
USG: "n" è il simbolo SI ufficiale della grandezza; EXP: la quantità di sostanza è una delle sette grandezze di base del Sistema Internazionale di Unità (SI) (a); l'unità di quantità di sostanza è la mole (b)
termNoteCitation
PTB-Mitteilungen, Das Internationale Einheitensystem (SI), Heft 2, 2007, (a) S. 150, Abs. 1.3, (b) S. 158, Abs. 2.1.1.6
termNoteCitation
BIPM, The International System of Units (SI), 2006, (a) p. 105, para. 1.3, (b) p. 115, para. 2.1.1.6
termNoteCitation
BIPM, Le Système international d’unités (SI), 2006, (a) p. 15, para. 1.3, (b)
termNoteCitation
secondo BIPM, Le Système international d’unités (SI), 2006, (a) p. 15, para. 1.3, (b)
descriptionCitation
BIPM, The International System of Units (SI), 2006, p. 114, para. 2.1.1.6
descriptionCitation
nach PTB-Mitteilungen, Das Internationale Einheitensystem (SI), Heft 2, 2007, S. 158, Abs. 2.1.1.6
descriptionCitation
d'après BIPM, Le Système international d’unités (SI), 2006, p. 25, al. 2.1.1.6
descriptionCitation
secondo BIPM, Le Système international d’unités (SI), 2006, p. 25, al. 2.1.1.6
SELECT ?property ?object WHERE { BIND (?? AS ?s) ?s ?property ?object . FILTER (isIRI(?object)) FILTER (?property != rdf:type) FILTER (?property != rdfs:subClassOf) } LIMIT 1000

Outgoing Relationships

property object
inDefinedTermSet Terminology of Metrology
inDefinedTermSet Swiss Federal Administration
has part n
hyponym mole
hyponym amount concentration
Reliability code Linguistic/formal check completed
termDomain CHEMISTRY
termDomain STANDARDS AND MEASUREMENTS
termDomain Measurement and time units
SELECT ?property ?subject WHERE { BIND (?? AS ?o) ?subject ?property ?o . FILTER (?property != rdf:type) FILTER (?property != rdfs:subClassOf) } LIMIT 1000

Incoming Relationships

property subject
hypernym mole
hypernym amount concentration
SELECT ?instance ?description WHERE { BIND (?? AS ?class) ?instance (rdf:type|owl:type) ?class . OPTIONAL { ?instance schema:description ?description . } } LIMIT 5000
Instances of this Class: No results found.
SELECT ?superclass ?description WHERE { ?? rdfs:subClassOf ?superclass . OPTIONAL { ?superclass (rdfs:comment|schema:description) ?description . } } LIMIT 5000
Superclasses of this Class: No results found.
SELECT ?subclass ?description WHERE { ?subclass rdfs:subClassOf ?? . OPTIONAL { ?subclass (rdfs:comment|schema:description) ?description . } } LIMIT 5000
Subclasses of this Class: No results found.