QUDT VOCAB Dimension Vectors Release 3.1.7
type: Ontology
has graph metadata: QUDT Dimension Vectors Version 3.1Vocabulary
imports: qudt

A-1E0L-3I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $A^{-1}$ $L^{-3}$

A-1E0L0I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: InverseAmountOfSubstance
latex definition: $A^{-1}$

A-1E0L0I0M1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: MolarMass
latex definition: $A^{-1}$ $M^{1}$

A-1E0L2I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $A^{-1}$ $L^{2}$

A-1E0L2I0M1H-1T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: MolarHeatCapacity
latex definition: $A^{-1}$ $L^{2}$ $M^{1}$ $H^{-1}$ $T^{-2}$

A-1E0L2I0M1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: MolarAngularMomentum
latex definition: $A^{-1}$ $L^{2}$ $M^{1}$ $T^{-1}$

A-1E0L2I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: MolarEnergy
latex definition: $A^{-1}$ $L^{2}$ $M^{1}$ $T^{-2}$

A-1E0L3I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: SecondOrderReactionRateConstant
latex definition: $A^{-1}$ $L^{3}$ $T^{-1}$

A-1E0L3I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: MolarVolume
latex definition: $A^{-1}$ $L^{3}$

A-1E0L3I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: LengthMolarEnergy
latex definition: $A^{-1}$ $L^{3}$ $M^{1}$ $T^{-2}$

A-1E1L-3I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 1
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $A^{-1}$ $E^{1}$ $L^{-3}$

A-1E1L0I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: ElectricChargePerAmountOfSubstance
latex definition: $A^{-1}$ $E^{1}$ $T^{1}$

A-1E2L0I0M-1H0T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: -1
dimension exponent for electric current: 2
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 3
dimensionless exponent: 0
latex definition: $A^{-1}$ $E^{2}$ $M^{-1}$ $T^{3}$

A0E-1L-1I0M1H0T-4D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -4
dimensionless exponent: 0
latex definition: $E^-1 L^-1 M^1 T^-4 $

A0E-1L-2I0M1H-1T-3D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $E^-1 L^-2 M^1 Θ^-1 T^-3 $

A0E-1L-5I0M1H0T-4D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: -5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -4
dimensionless exponent: 0
latex definition: $E^-1 L^-5 M^1 T^-4 $

A0E-1L0I0M1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: MassPerElectricCharge
latex definition: $E^{-1}$ $M^{1}$ $T^{-1}$

A0E-1L0I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: MagneticFluxDensity
latex definition: $E^{-1}$ $M^{1}$ $T^{-2}$

A0E-1L0I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: EnergyPerAreaElectricCharge
latex definition: $E^{-1}$ $M^{1}$ $T^{-3}$

A0E-1L1I0M0H0T0D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: LengthPerElectricCurrent
latex definition: $L I^-1$

A0E-1L1I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: MagneticFluxPerLength
latex definition: $E^{-1}$ $L^{1}$ $M^{1}$ $T^{-2}$

A0E-1L1I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: ElectricFieldStrength
latex definition: $E^{-1}$ $L^{1}$ $M^{1}$ $T^{-3}$

A0E-1L2I0M1H-1T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $E^{-1}$ $L^{2}$ $M^{1}$ $H^{-1}$ $T^{-3}$

A0E-1L2I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: MagneticFlux
latex definition: $E^{-1}$ $L^{2}$ $M^{1}$ $T^{-2}$
latex symbol: $m^2 \cdot kg \cdot s^{-2} \cdot A^{-1}$

A0E-1L2I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: EnergyPerElectricCharge
latex definition: $E^{-1}$ $L^{2}$ $M^{1}$ $T^{-3}$

A0E-1L2I0M1H0T-4D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -4
dimensionless exponent: 0
has reference quantity kind: PowerPerElectricCharge
latex definition: $E^{-1}$ $L^{2}$ $M^{1}$ $T^{-4}$

A0E-1L3I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $E^{-1}$ $L^{3}$ $T^{-1}$

A0E-1L3I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: MagneticDipoleMoment
latex definition: $E^{-1}$ $L^{3}$ $M^{1}$ $T^{-2}$

A0E-1L3I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -1
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: ElectricFlux
latex definition: $E^{-1}$ $L^{3}$ $M^{1}$ $T^{-3}$

A0E-2L1I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: ElectromagneticPermeability
latex definition: $E^{-2}$ $L^{1}$ $M^{1}$ $T^{-2}$

A0E-2L1I0M1H0T-3D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $E^-2 L M T^-3 $

A0E-2L2I0M1H-1T-2.5D0
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -2.5
dimensionless exponent: 0
has reference quantity kind: ThermalInertia

A0E-2L2I0M1H-1T-3D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $E^-2 L^2 M^1 Θ^-1 T^-3 $

A0E-2L2I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: Inductance
latex definition: $E^{-2}$ $L^{2}$ $M^{1}$ $T^{-2}$

A0E-2L2I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: Resistance
latex definition: $E^{-2}$ $L^{2}$ $M^{1}$ $T^{-3}$

A0E-2L3I0M0H0T-1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $E^-2 L^3 T^-1 $

A0E-2L3I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $E^{-2}$ $L^{3}$ $M^{1}$ $T^{-3}$

A0E-2L3I0M1H0T-4D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -4
dimensionless exponent: 0
has reference quantity kind: InversePermittivity
latex definition: $E^{-2}$ $L^{3}$ $M^{1}$ $T^{-4}$

A0E-2L4I0M2H-2T-6D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: -2
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 2
dimension exponent for thermodynamic temperature: -2
dimension exponent for time: -6
dimensionless exponent: 0
latex definition: $E^{-2}$ $L^{4}$ $M^{2}$ $H^{-2}$ $T^{-6}$

A0E-9L0I0M0H-1T0D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: -9
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $E^-9 Θ^-1 $

A0E0L-0.5I0M0.5H0T-1D0
type: QuantityKindDimensionVector CGS
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -0.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0.5
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^-0.5 M^0.5 T^-1$

A0E0L-0.5I0M0.5H0T-2D0
type: QuantityKindDimensionVector CGS
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -0.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0.5
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $L^-0.5 M^0.5 T^-2$

A0E0L-0dot5I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -0.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: StressIntensityFactor
latex definition: $L^-0.5 M T^-2$

A0E0L-1I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $L^{-1}$ $M^{-1}$ $T^{2}$

A0E0L-1I0M-1H0T3D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 3
dimensionless exponent: 0
latex definition: $L^-1 M^-1 T^3 Θ$

A0E0L-1I0M-1H1T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 3
dimensionless exponent: 0
has reference quantity kind: ThermalResistivity
latex definition: $L^{-1}$ $M^{-1}$ $H^{1}$ $T^{3}$

A0E0L-1I0M0H-1T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: SpecificHeatVolume
latex definition: $L^{-1}$ $H^{-1}$ $T^{-2}$

A0E0L-1I0M0H-1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: InverseLengthTemperature
latex definition: $L^{-1}$ $H^{-1}$
latex symbol: $L^{-1} \Theta^{-1}$

A0E0L-1I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^{-1}$ $T^{-1}$

A0E0L-1I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: Curvature
has reference quantity kind: InverseLength
latex definition: $L^{-1}$

A0E0L-1I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^{-1}$ $T^{1}$

A0E0L-1I0M0H0T2D0
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $L^{-1} T^2$
todo: Should be M-1L-2T4E2

A0E0L-1I0M0H1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^{-1}$ $H^{1}$

A0E0L-1I0M1H-1T-1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^-1 M Θ^-1 T^-1 $

A0E0L-1I0M1H-1T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: VolumetricHeatCapacity
latex definition: $L^{-1}$ $M^{1}$ $H^{-1}$ $T^{-2}$
latex symbol: $M / (L \cdot T^2 H)$
latex symbol: $M / (L \cdot T^2 \Theta)$

A0E0L-1I0M1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: DynamicViscosity
latex definition: $L^{-1}$ $M^{1}$ $T^{-1}$

A0E0L-1I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: EnergyDensity
has reference quantity kind: ForcePerArea
latex definition: $L^{-1}$ $M^{1}$ $T^{-2}$

A0E0L-1I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: ForcePerAreaTime
latex definition: $L^{-1}$ $M^{1}$ $T^{-3}$

A0E0L-1I0M1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: MassPerLength
latex definition: $L^{-1}$ $M^{1}$

A0E0L-1I0M1H1T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^{-1}$ $M^{1}$ $H^{1}$ $T^{-3}$

A0E0L-1I0M2H0T-2D0
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0

A0E0L-1.5I0M0.5H0T-1D0
type: QuantityKindDimensionVector CGS
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0.5
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^-1.5 M^0.5 T^-1$

A0E0L-1.5I0M0.5H0T0D0
type: QuantityKindDimensionVector CGS
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -1.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0.5
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^-1.5 M^0.5$
todo: Suspicious. Electric Charge per Area would be ET/L**2

A0E0L-2I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
has reference quantity kind: InverseEnergy
latex definition: $L^{-2}$ $M^{-1}$ $T^{2}$

A0E0L-2I0M-1H0T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 3
dimensionless exponent: 0
latex definition: $L^{-2}$ $M^{-1}$ $T^{3}$

A0E0L-2I0M-1H1T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 3
dimensionless exponent: 0
has reference quantity kind: ThermalResistance
latex definition: $L^{-2}$ $M^{-1}$ $H^{1}$ $T^{3}$

A0E0L-2I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^{-2}$ $T^{-1}$

A0E0L-2I0M0H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $L^{-2}$ $T^{-2}$

A0E0L-2I0M0H0T-3D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^-2 T^-3 $

A0E0L-2I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^{-2}$

A0E0L-2I0M0H0T1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^-2 T $

A0E0L-2I0M0H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $L^{-2}$ $T^{2}$
todo: Permeability should be force/current**2, which is ML/T2E2. Permittivity should be T4E2L-3M-1

A0E0L-2I0M1H-1T-3D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^-2 M Θ^-1 T^-3 $

A0E0L-2I0M1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: MassPerAreaTime
latex definition: $L^{-2}$ $M^{1}$ $T^{-1}$

A0E0L-2I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: SpectralRadiantEnergyDensity
latex definition: $L^{-2}$ $M^{1}$ $T^{-2}$

A0E0L-2I0M1H0T-3D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: RadiantIntensity
latex definition: $L^-2 M T^-3$

A0E0L-2I0M1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: MassPerArea
latex definition: $L^{-2}$ $M^{1}$

A0E0L-2I0M1H1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^{-2}$ $M^{1}$ $H^{1}$

A0E0L-2I0M2H0T-2D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $L^-2 M^2 T^-2$

A0E0L-2I0M2H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^{-2}$ $M^{2}$ $T^{-3}$

A0E0L-2I0M2H0T-6D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -6
dimensionless exponent: 0
latex definition: $L^{-2}$ $M^{2}$ $T^{-6}$

A0E0L-2I1M-1H0T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 1
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 3
dimensionless exponent: 0
latex definition: $L^{-2}$ $I^{1}$ $M^{-1}$ $T^{3}$

A0E0L-2I1M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 1
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: Luminance
latex definition: $L^{-2}$ $I^{1}$

A0E0L-2I1M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 1
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^{-2}$ $I^{1}$ $T^{1}$

A0E0L-3I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^{-3}$ $T^{-1}$

A0E0L-3I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^{-3}$

A0E0L-3I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^{-3}$ $T^{1}$

A0E0L-3I0M1H-1T0D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^-3 M Θ^-1 $

A0E0L-3I0M1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^{-3}$ $M^{1}$ $T^{-1}$

A0E0L-3I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^{-3}$ $M^{1}$ $T^{-3}$

A0E0L-3I0M1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: Density
latex definition: $L^{-3}$ $M^{1}$

A0E0L-4I0M-2H0T4D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -4
dimension exponent for luminous intensity: 0
dimension exponent for mass: -2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 4
dimensionless exponent: 0
has reference quantity kind: InverseSquareEnergy
latex definition: $L^{-4}$ $M^{-2}$ $T^{4}$

A0E0L-4I0M0H0T-3D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^-4 T^-3 $

A0E0L-4I0M1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^{-4}$ $M^{1}$ $T^{-1}$

A0E0L-4I0M1H0T-3D0
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: SpectralEmittance
has reference quantity kind: SpectralIrradiance

A0E0L-5I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -5
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $L^-5 M^-1 T^2 $

A0E0L-6I0M1H0T1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -6
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^-6 M T $

A0E0L0I0M-1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $M^{-1}$ $T^{-1}$

A0E0L0I0M-1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $M^{-1}$

A0E0L0I0M-1H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $M^{-1}$ $T^{1}$

A0E0L0I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $M^{-1}$ $T^{2}$

A0E0L0I0M-1H0T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 3
dimensionless exponent: 0
latex definition: $M^{-1}$ $T^{3}$

A0E0L0I0M-1H1T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 3
dimensionless exponent: 0
has reference quantity kind: ThermalInsulance
latex definition: $M^{-1}$ $H^{1}$ $T^{3}$

A0E0L0I0M-2H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $M^{-2}$

A0E0L0I0M0H-1T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: InverseTimeTemperature
latex definition: $H^{-1}$ $T^{-1}$

A0E0L0I0M0H-1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: ApparentThermalInertia
latex definition: $H^{-1}$

A0E0L0I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: Frequency
latex definition: $T^{-1}$

A0E0L0I0M0H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: AngularAcceleration
latex definition: $T^{-2}$

A0E0L0I0M0H0T0D0
type: QuantityKindDimensionVector
deprecated: true
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $$

A0E0L0I0M0H0T0D1
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 1
has reference quantity kind: Dimensionless
latex definition: $D^{1}$

A0E0L0I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: Time
latex definition: $T^{1}$

A0E0L0I0M0H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
has reference quantity kind: SquareTime
latex definition: $T^{2}$

A0E0L0I0M0H1T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: TemperaturePerTime
latex definition: $H^{1}$ $T^{-1}$

A0E0L0I0M0H1T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: TemperaturePerSquareTime
latex definition: $H^{1}$ $T^{-2}$

A0E0L0I0M0H1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: ThermodynamicTemperature
latex definition: $H^{1}$

A0E0L0I0M0H1T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: TimeTemperature
latex definition: $H^{1}$ $T^{1}$

A0E0L0I0M0H2T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 2
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $H^{2}$ $T^{-1}$

A0E0L0I0M0H2T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 2
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $H^{2}$

A0E0L0I0M1H-1T-1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $M^1 Θ^-1 T^-1 $

A0E0L0I0M1H-1T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: CoefficientOfHeatTransfer
latex definition: $M^{1}$ $H^{-1}$ $T^{-3}$

A0E0L0I0M1H-1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $M H^-1 $

A0E0L0I0M1H-4T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -4
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: PowerPerAreaQuarticTemperature
latex definition: $M^{1}$ $H^{-4}$ $T^{-3}$
latex symbol: $M T^{-3}.\Theta^{-4}$

A0E0L0I0M1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: MassFlowRate
latex definition: $M^{1}$ $T^{-1}$

A0E0L0I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: EnergyPerArea
has reference quantity kind: ForcePerLength
latex definition: $M^{1}$ $T^{-2}$

A0E0L0I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: PowerPerArea
latex definition: $M^{1}$ $T^{-3}$

A0E0L0I0M1H0T-3D1
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: -1
latex definition: $U^-1 M T^-3$

A0E0L0I0M1H0T-4D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -4
dimensionless exponent: 0
latex definition: $M^{1}$ $T^{-4}$

A0E0L0I0M1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: Mass
latex definition: $M^{1}$

A0E0L0I0M1H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $M^{1}$ $T^{1}$

A0E0L0I0M1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $M^{1}$ $T^{2}$

A0E0L0I0M1H1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: MassTemperature
latex definition: $M^{1}$ $H^{1}$

A0E0L0I0M2H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $M^{2}$ $T^{-2}$

A0E0L0I1M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 1
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: LuminousIntensity
latex definition: $I^{1}$

A0E0L0I1M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 1
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $I T $

A0E0L0.5I0M0.5H0T-1D0
type: QuantityKindDimensionVector CGS
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0.5
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^0.5 M^0.5 T^-1$

A0E0L0.5I0M0.5H0T-2D0
type: QuantityKindDimensionVector CGS
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0.5
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $L^0.5 M^0.5 T^-2$

A0E0L0.5I0M0.5H0T0D0
type: QuantityKindDimensionVector CGS
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0.5
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^0.5 M^0.5$
todo: Electric Charge should be ET

A0E0L1I0M-1H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^{1}$ $M^{-1}$ $T^{1}$

A0E0L1I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
has reference quantity kind: InversePressure
latex definition: $L^{1}$ $M^{-1}$ $T^{2}$

A0E0L1I0M-1H1T2D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $L M^-1 H T^2 $

A0E0L1I0M0H-1T-1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L H^-1 T^-1 $

A0E0L1I0M0H-1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: LinearThermalExpansion
latex definition: $L^{1}$ $H^{-1}$
latex symbol: $L .\Theta^{-1}$

A0E0L1I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: LinearVelocity
latex definition: $L^{1}$ $T^{-1}$

A0E0L1I0M0H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: LinearAcceleration
has reference quantity kind: ThrustToMassRatio
latex definition: $L^{1}$ $T^{-2}$

A0E0L1I0M0H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^{1}$ $T^{-3}$

A0E0L1I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: Length
latex definition: $L^{1}$

A0E0L1I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^{1}$ $T^{1}$

A0E0L1I0M0H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $L^{1}$ $T^{2}$

A0E0L1I0M0H1T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^{1}$ $H^{1}$ $T^{-1}$

A0E0L1I0M0H1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: LengthTemperature
latex definition: $L^{1}$ $H^{1}$
latex symbol: $L \cdot H$
latex symbol: $L \cdot \Theta$

A0E0L1I0M0H1T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^{1}$ $H^{1}$ $T^{1}$

A0E0L1I0M1H-1T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: ThermalConductivity
latex definition: $L^{1}$ $M^{1}$ $H^{-1}$ $T^{-3}$
latex symbol: $L \cdot M /( T^3 \cdot \Theta^1)$
latex symbol: $L.M.T^{-3} .\Theta^{-1}$

A0E0L1I0M1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: LinearMomentum
latex definition: $L^{1}$ $M^{1}$ $T^{-1}$

A0E0L1I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: Force
latex definition: $L^{1}$ $M^{1}$ $T^{-2}$

A0E0L1I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^{1}$ $M^{1}$ $T^{-3}$

A0E0L1I0M1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: LengthMass
latex definition: $L^{1}$ $M^{1}$

A0E0L1.5I0M0.5H0T-1D0
type: QuantityKindDimensionVector CGS
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0.5
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^1.5 M^0.5 T^-1$
todo: Suspicious

A0E0L1.5I0M0.5H0T-2D0
type: QuantityKindDimensionVector CGS
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 1.5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0.5
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $L^1.5 M^0.5 T^-2$

A0E0L2I0M-1H0T-1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^2 M^-1 T^-1 $

A0E0L2I0M-1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^{2}$ $M^{-1}$

A0E0L2I0M-1H0T1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^2 M^-1 T $

A0E0L2I0M-1H0T2D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $L^2 M^-1 T^2 $

A0E0L2I0M-1H1T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^{2}$ $M^{-1}$ $H^{1}$ $T^{-1}$

A0E0L2I0M0H-1T-1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^2 H^-1 T^-1 $

A0E0L2I0M0H-1T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: SpecificHeatCapacity
latex definition: $L^{2}$ $H^{-1}$ $T^{-2}$

A0E0L2I0M0H-1T-3D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^2 T^-3 Θ^-1 N^-1$

A0E0L2I0M0H-1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: AreaThermalExpansion
latex definition: $L^{2}$ $H^{-1}$

A0E0L2I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: AreaPerTime
latex definition: $L^{2}$ $T^{-1}$

A0E0L2I0M0H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: SpecificEnergy
latex definition: $L^{2}$ $T^{-2}$

A0E0L2I0M0H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: AbsorbedDoseRate
latex definition: $L^{2}$ $T^{-3}$

A0E0L2I0M0H0T-4D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -4
dimensionless exponent: 0
latex definition: $L^{2}$ $T^{-4}$

A0E0L2I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: Area
latex definition: $L^{2}$

A0E0L2I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: AreaTime
latex definition: $L^{2}$ $T^{1}$

A0E0L2I0M0H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $L^{2}$ $T^{2}$

A0E0L2I0M0H1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: AreaTemperature
latex definition: $L^{2}$ $H^{1}$

A0E0L2I0M0H1T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: AreaTimeTemperature
latex definition: $L^{2}$ $H^{1}$ $T^{1}$

A0E0L2I0M1H-1T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: EnergyPerTemperature
latex definition: $L^{2}$ $M^{1}$ $H^{-1}$ $T^{-2}$

A0E0L2I0M1H-1T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -3
dimensionless exponent: 0
latex definition: $L^{2}$ $M^{1}$ $H^{-1}$ $T^{-3}$

A0E0L2I0M1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: AngularMomentum
latex definition: $L^{2}$ $M^{1}$ $T^{-1}$

A0E0L2I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: Energy
has reference quantity kind: Torque
latex definition: $L^{2}$ $M^{1}$ $T^{-2}$

A0E0L2I0M1H0T-3D-1
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: -1
latex definition: $U^-1 L^2 M T^-3$

A0E0L2I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: Power
latex definition: $L^{2}$ $M^{1}$ $T^{-3}$

A0E0L2I0M1H0T-4D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -4
dimensionless exponent: 0
latex definition: $L^2 M T^-4 $

A0E0L2I0M1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: MomentOfInertia
latex definition: $L^{2}$ $M^{1}$

A0E0L3I0M-1H-1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: SpecificHeatPressure
latex definition: $L^{3}$ $M^{-1}$ $H^{-1}$

A0E0L3I0M-1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $L^{3}$ $M^{-1}$ $T^{-2}$

A0E0L3I0M-1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: SpecificVolume
latex definition: $L^{3}$ $M^{-1}$

A0E0L3I0M-1H0T1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^3 M^-1 T $

A0E0L3I0M0H-1T-1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^3 H^-1 T^-1 $

A0E0L3I0M0H-1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: VolumeThermalExpansion
latex definition: $L^{3}$ $H^{-1}$

A0E0L3I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: VolumeFlowRate
latex definition: $L^{3}$ $T^{-1}$

A0E0L3I0M0H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: StandardGravitationalParameter
latex definition: $L^{3}$ $T^{-2}$

A0E0L3I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: Volume
latex definition: $L^{3}$

A0E0L3I0M0H1T0D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 0
dimensionless exponent: 0

A0E0L3I0M1H0T-1D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: MomentOfForce
latex definition: $L^3 M T^-1$

A0E0L3I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
has reference quantity kind: LengthEnergy
has reference quantity kind: ThermalEnergyLength
latex definition: $L^{3}$ $M^{1}$ $T^{-2}$

A1E0L-3I0M1H0T0D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0

A0E0L3I0M1H0T1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^3 M T $

A0E0L4I0M-1H0T1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $L^4 M^-1 T $

A0E0L4I0M-1H0T2D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $L^4 M^-1 T^2 $

A0E0L4I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $L^{4}$ $T^{-1}$

A0E0L4I0M0H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $L^{4}$ $T^{-2}$

A0E0L4I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: SecondAxialMomentOfArea
latex definition: $L^{4}$

A0E0L4I0M1H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $L^{4}$ $M^{1}$ $T^{-2}$

A0E0L4I0M1H0T-3D-1
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: -1
latex definition: $U^-1 L^4 M T^-3$

A0E0L4I0M1H0T-3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -3
dimensionless exponent: 0
has reference quantity kind: PowerArea
latex definition: $L^{4}$ $M^{1}$ $T^{-3}$

A0E0L4I0M2H0T-4D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -4
dimensionless exponent: 0
has reference quantity kind: SquareEnergy
latex definition: $L^4 M^2 T^-4$

A0E0L5I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 5
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^{5}$

A0E0L6I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 6
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $L^{6}$

A0E1L-1I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
has reference quantity kind: MagneticReluctivity
latex definition: $E^{1}$ $L^{-1}$ $M^{-1}$ $T^{2}$

A0E1L-1I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $E^{1}$ $L^{-1}$

A0E1L-1I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: ElectricChargeLineDensity
latex definition: $E^{1}$ $L^{-1}$ $T^{1}$

A0E1L-2I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
has reference quantity kind: InverseMagneticFlux
latex definition: $E^{1}$ $L^{-2}$ $M^{-1}$ $T^{2}$

A0E1L-2I0M-1H0T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 3
dimensionless exponent: 0
has reference quantity kind: ElectricCurrentPerEnergy
latex definition: $E^{1}$ $L^{-2}$ $M^{-1}$ $T^{3}$

A0E1L-2I0M0H-2T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -2
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $E^{1}$ $L^{-2}$ $H^{-2}$

A0E1L-2I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: ElectricCurrentDensity
latex definition: $E^{1}$ $L^{-2}$

A0E1L-2I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: ElectricChargePerArea
latex definition: $E^{1}$ $L^{-2}$ $T^{1}$

A0E1L-3I0M-1H0T2D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $E L^-3 M^-1 T^2 $

A0E1L-3I0M0H0T-1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $E L^-3 T^-1 $

A0E1L-3I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: ElectricChargeVolumeDensity
latex definition: $E^{1}$ $L^{-3}$ $T^{1}$

A0E1L0I0M-1H0T0D0
type: ISO-DimensionVector
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: ExposureRate
has reference quantity kind: SpecificElectricCurrent
latex definition: $E^{1}$ $M^{-1}$

A0E1L0I0M-1H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: ElectricChargePerMass
has reference quantity kind: SpecificElectricCharge
latex definition: $E^{1}$ $M^{-1}$ $T^{1}$

A0E1L0I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $E M^-1 T^2 $

A0E1L0I0M-1H0T4D0
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 4
dimensionless exponent: 0

A0E1L0I0M-1H1T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 2
dimensionless exponent: 0
has reference quantity kind: TemperaturePerMagneticFluxDensity
latex definition: $E^{1}$ $M^{-1}$ $H^{1}$ $T^{2}$

A0E1L0I0M0H-1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: ElectricCurrentPerTemperature
latex definition: $E^{1}$ $H^{-1}$

A0E1L0I0M0H-1T1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $E Θ^-1 T $

A0E1L0I0M0H0T0D-1
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: -1
latex definition: $U^-1 I$

A0E1L0I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: ElectricCurrent
latex definition: $E^{1}$

A0E1L0I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: ElectricCharge
latex definition: $E^{1}$ $T^{1}$

A0E1L0I0M0H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $E^{1}$ $T^{2}$

A0E1L1I0M-1H0T2D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $E L M^-1 T^2 $

A0E1L1I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: ElectricDipoleMoment
latex definition: $E^{1}$ $L^{1}$ $T^{1}$

A0E1L2I0M-1H0T1D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $E L^2 M^-1 T $

A0E1L2I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: MagneticDipoleMoment
latex definition: $E^{1}$ $L^{2}$

A0E1L2I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 1
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
has reference quantity kind: ElectricQuadrupoleMoment
latex definition: $E^{1}$ $L^{2}$ $T^{1}$

A0E2L-1I0M-1H0T4D0
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 4
dimensionless exponent: 0

A0E2L-2I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $E^{2}$ $L^{-2}$ $M^{-1}$ $T^{2}$

A0E2L-2I0M-1H0T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 3
dimensionless exponent: 0
latex definition: $E^{2}$ $L^{-2}$ $M^{-1}$ $T^{3}$

A0E2L-2I0M-1H0T4D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 4
dimensionless exponent: 0
has reference quantity kind: Capacitance
latex definition: $E^{2}$ $L^{-2}$ $M^{-1}$ $T^{4}$

A0E2L-3I0M-1H0T3D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 3
dimensionless exponent: 0
latex definition: $E^{2}$ $L^{-3}$ $M^{-1}$ $T^{3}$

A0E2L-3I0M-1H0T4D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 4
dimensionless exponent: 0
has reference quantity kind: Permittivity
latex definition: $E^{2}$ $L^{-3}$ $M^{-1}$ $T^{4}$

A0E2L-4I0M-1H0T3D0
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: -4
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 3
dimensionless exponent: 0

A0E2L0I0M-1H0T4D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 4
dimensionless exponent: 0
has reference quantity kind: Polarizability
latex definition: $E^{2}$ $M^{-1}$ $T^{4}$

A0E2L0I0M0H0T1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 1
dimensionless exponent: 0
latex definition: $E^{2}$ $T^{1}$

A0E2L2I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 2
dimension exponent for length: 2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
has reference quantity kind: EnergyPerSquareMagneticFluxDensity
latex definition: $E^{2}$ $L^{2}$ $M^{-1}$ $T^{2}$

A0E3L-1I0M-2H0T7D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 3
dimension exponent for length: -1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 7
dimensionless exponent: 0
has reference quantity kind: CubicElectricDipoleMomentPerSquareEnergy
latex definition: $L^-1 M^-2 T^7 I^3$

A0E3L-3I0M-2H0T7D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 3
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: -2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 7
dimensionless exponent: 0
latex definition: $E^{3}$ $L^{-3}$ $M^{-2}$ $T^{7}$

A0E3L0I0M0H-1T0D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 3
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $E^3 Θ^-1 $

A0E4L-2I0M-3H0T10D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 4
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -3
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 10
dimensionless exponent: 0
has reference quantity kind: QuarticElectricDipoleMomentPerCubicEnergy
latex definition: $E^{4}$ $L^{-2}$ $M^{-3}$ $T^{10}$

A0E4L-5I0M-3H0T10D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 4
dimension exponent for length: -5
dimension exponent for luminous intensity: 0
dimension exponent for mass: -3
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 10
dimensionless exponent: 0
latex definition: $L^-5 M^-3 T^10 I^4$

A0E4L-6I0M-2H0T6D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 0
dimension exponent for electric current: 4
dimension exponent for length: -6
dimension exponent for luminous intensity: 0
dimension exponent for mass: -2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 6
dimensionless exponent: 0
latex definition: $E^{4}$ $L^{-6}$ $M^{-2}$ $T^{6}$

A1E0L-2I0M-1H0T2D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $N L^-2 M^-1 T^2 $

A1E0L-2I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: MolarFluxDensity
latex definition: $A^{1}$ $L^{-2}$ $T^{-1}$

A1E0L-2I0M0H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $A^{1}$ $L^{-2}$ $T^{-2}$

A1E0L-2I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $A^{1}$ $L^{-2}$

A1E0L-2I0M1H0T2D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: -2
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $N L^-2 M T^2 $

A1E0L-3I0M-1H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
latex definition: $A^{1}$ $L^{-3}$ $M^{-1}$ $T^{2}$

A1E0L-3I0M0H-1T0D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $N L^-3 H^-1 $

A1E0L-3I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $A^{1}$ $L^{-3}$ $T^{-1}$

A1E0L-3I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: -3
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: AmountOfSubstancePerVolume
latex definition: $A^{1}$ $L^{-3}$

A1E0L0I0M-1H-1T0D0
type: QuantityKindDimensionVector
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: -1
dimension exponent for time: 0
dimensionless exponent: 0
latex definition: $N M^-1 Θ^-1 $

A1E0L0I0M-1H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector CGS
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
latex definition: $A^{1}$ $M^{-1}$ $T^{-1}$

A1E0L0I0M-1H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: -1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: AmountOfSubstancePerMass
latex definition: $A^{1}$ $M^{-1}$

A1E0L0I0M0H0T-1D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -1
dimensionless exponent: 0
has reference quantity kind: CatalyticActivity
latex definition: $A^{1}$ $T^{-1}$

A1E0L0I0M0H0T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: AmountOfSubstance
latex definition: $A^{1}$

A1E0L0I0M0H1T0D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 1
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: TemperatureAmountOfSubstance
latex definition: $A^{1}$ $H^{1}$

A1E0L0I0M1H0T0D0
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 1
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0
has reference quantity kind: MassAmountOfSubstance

A1E0L1I0M-2H0T2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 1
dimension exponent for electric current: 0
dimension exponent for length: 1
dimension exponent for luminous intensity: 0
dimension exponent for mass: -2
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 2
dimensionless exponent: 0
has reference quantity kind: AmountOfSubstancePerMassPressure
latex definition: $A^{1}$ $L^{1}$ $M^{-2}$ $T^{2}$

A2E0L-4I0M0H0T-2D0
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
dimension exponent for amount of substance: 2
dimension exponent for electric current: 0
dimension exponent for length: -4
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: -2
dimensionless exponent: 0
latex definition: $A^{2}$ $L^{-4}$ $T^{-2}$

NotApplicable
type: QuantityKindDimensionVector
type: QuantityKindDimensionVector ISO
type: QuantityKindDimensionVector Imperial
type: QuantityKindDimensionVector SI
description: This is a placeholder dimension vector used in cases where there is no appropriate dimension vector
dimension exponent for amount of substance: 0
dimension exponent for electric current: 0
dimension exponent for length: 0
dimension exponent for luminous intensity: 0
dimension exponent for mass: 0
dimension exponent for thermodynamic temperature: 0
dimension exponent for time: 0
dimensionless exponent: 0

QUDT DIMENSIONS Vocab Catalog Entry
type: CatalogEntry

QUDT Dimension Vectors Version 3.1Vocabulary
type: GraphMetaData
contributor: Jack Hodges
contributor: Steve Ray
created: 2019-08-01T16:25:54.850+00:00
creator: Steve Ray
description: Provides the set of all dimension vectors
modified: 2025-10-27T20:16:21Z
rights: The QUDT Ontologies are issued under a Creative Commons Attribution 4.0 International License (CC BY 4.0), available at https://creativecommons.org/licenses/by/4.0/. Attribution should be made to QUDT.org
subject: DIMENSION-VECTORS
applicable discipline: All disciplines
applicable domain: Science, Medicine and Engineering
date created: 2019-08-01T21:26:38
description: QUDT Dimension Vectors is a vocabulary that extends QUDT Quantity Kinds with properties that support dimensional analysis. There is one dimension vector for each of the system's base quantity kinds. The vector's magnitude determines the exponent of the base dimension for the referenced quantity kind
graph title: QUDT Dimension Vectors Version 3.1.7
has graph role: VocabularyGraph
intent: TBD
is metadata for: QUDT VOCAB Dimension Vectors Release 3.1.7
latest published version: https://qudt.org/doc/2025/10/DOC_VOCAB-DIMENSION-VECTORS.html
namespace: http://qudt.org/vocab/dimensionvector/
namespace prefix: qkdv
owner: qudt.org
previous published version: https://qudt.org/doc/2025/09/DOC_VOCAB-DIMENSION-VECTORS.html
specificity: 1
turtle file URL: QUDT VOCAB Dimension Vectors Release 3.1.7
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uses non imported resource: QUDT-Attribution
uses non imported resource: closeMatch
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with attribution to: QUDT-Attribution
label: QUDT Dimension Vector Vocabulary Metadata Version 3.1.7