Verdet constant

E446183

The Verdet constant is a material-specific coefficient that quantifies how strongly a substance rotates the plane of polarization of light in a magnetic field.

All labels observed (1)

Label Occurrences
Verdet constant canonical 1

How this entity was disambiguated

Statements (46)

Predicate Object
instanceOf magneto‑optical parameter ⓘ
physical constant ⓘ
appearsInEquation θ = V B L ⓘ
appliesTo crystals ⓘ
gases ⓘ
glasses ⓘ
liquids ⓘ
transparent media ⓘ
dependsOn material ⓘ
temperature ⓘ
wavelength of light ⓘ
describes rotation of plane of polarization of light in a magnetic field ⓘ
field electromagnetism ⓘ
magneto‑optics ⓘ
optics ⓘ
hasDimension radian per tesla per meter ⓘ
hasSIUnit rad·T⁻¹·m⁻¹ ⓘ
isComplexInDispersiveMedia true ⓘ
isFrequencyDependent true ⓘ
isMaterialSpecific true ⓘ
isPartOf material optical data sheets ⓘ
isProportionalityConstantBetween rotation angle and product of magnetic field and path length ⓘ
isScalarQuantity true ⓘ
isTabulatedFor common optical glasses ⓘ
standard laser wavelengths ⓘ
isTypicallyLargerIn magneto‑optical glasses ⓘ
paramagnetic materials ⓘ
measuredBy polarimetry ⓘ
namedAfter Émile Verdet ⓘ
quantityInEquation B (magnetic flux density) ⓘ
L (path length) ⓘ
θ (rotation angle) ⓘ
relatedConcept circular birefringence ⓘ
magnetic circular birefringence ⓘ
specific rotation ⓘ
relatedTo magneto‑optical Kerr effect ⓘ
relatesTo Faraday effect ⓘ
symbol V ⓘ
usedIn Faraday rotator design ⓘ
current sensing via Faraday rotation ⓘ
magnetic field measurement ⓘ
magneto‑optical sensors ⓘ
optical isolator design ⓘ
usedToCharacterize magneto‑optical response of materials ⓘ
usedToOptimize Faraday rotator efficiency ⓘ
optical isolator performance ⓘ

How these facts were elicited

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

Faraday effect → materialParameter → Verdet constant ⓘ