ISQ
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6-41.2

mutual inductance

URNurn:iec:std:iec:80000-6:2022-11:::6-41.2
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urn:iec:std:iec:80000-6:2022-11:::6-41.2
ISQ Identifiers
ISO
urn:iso:std:iso:80000:-6:ed-1:en:item:6-41.2
IEC
urn:iec:std:iec:80000-6:2022-11:::item:6-41.2
Designations
ENmutual inductance
FRinductance mutuelle
Symbol
L mn
Notation systems
Rendered
L mn
AsciiMath
L_"mn"
LaTeX
L_{\text{mn}}

Definition

EN

for thin conducting loops (numbered m , n ), scalar quantity given by

L mn = Φ m I n

where Φ m is the total magnetic flux (total magnetic flux) in a loop m , caused by the magnetic flux density (magnetic flux density) produced by the electric current I n (electric current) in another loop n

FR

pour des boucles conductrices minces (numérotées m , n ), grandeur scalaire donnée par

L mn = Φ m I n

où Φ m est le flux magnétique total (total magnetic flux) dans une boucle m , provoqué par l'induction magnétique (magnetic flux density) produite par le courant électrique I n (electric current) dans une autre boucle n

Notes

EN
L mn = L nm

See IEC 60050-131,locality:item="131-12-36".

FR
L mn = L nm

Voir l'IEC 60050-131,droploc%locality:item="131-12-36".

Referenced by

Ontology

Class Hierarchy

A physical quantity as defined in ISO/IEC 80000, with associated symbols, definitions, and units of measurement.

Instance IRI

isq:t6-41.2
PropertyValue
rdf:type
dcterms:identifier
6-41.2
skosxl:prefLabel
"mutual inductance"@en
skosxl:altLabel
"L_"mn""@en
skos:definition
for thin conducting loops (numbered stem:[m], stem:[n]), scalar quantity given by [stem%unnumbered] ++++ L_"mn" = Phi_"…
skos:note
[stem%unnumbered] ++++ L_"mn" = L_"nm" ++++ See <<iec60050-131,locality:item="131-12-36">>.
isq:hasUnit
isq:hasDimension
smart:hasBindingnessType
dcterms:isPartOf