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PropertyJeTExponentialFunction
Isotropic resistivity, exponential function of T
Constructors
- PropertyJeTExponentialFunction(rhoa ,rhob ,referenceTemperature ,tau ,temperature )
Fields Summary
- Field
- Description
- referenceTemperature
- T0 (reference temperature) in Rho(T) = Rhoa + Rhob exp(-(T-T0)/Tau)
- rhoa
- Rhoa (Ohm.m) in Rho(T) = Rhoa + Rhob exp(-(T-T0)/Tau)
- rhob
- Rhob (Ohm.m) in Rho(T) = Rhoa + Rhob exp(-(T-T0)/Tau) part for Rho (Ohm.m)
- tau
- Tau in Rho(T) = Rhoa + Rhob exp(-(T-T0)/Tau)
- temperature
- Default working temperature
Methods Summary
no methods
Fields Details
- referenceTemperature
- referenceTemperature : T0 (reference temperature) in Rho(T) = Rhoa + Rhob exp(-(T-T0)/Tau) - [1..1] Temperature
- rhoa
- rhoa : Rhoa (Ohm.m) in Rho(T) = Rhoa + Rhob exp(-(T-T0)/Tau) - [1..1] Evol Physic Formula <String>
- rhob
- rhob : Rhob (Ohm.m) in Rho(T) = Rhoa + Rhob exp(-(T-T0)/Tau) part for Rho (Ohm.m) - [1..1] Evol Physic Formula <String>
- tau
- tau : Tau in Rho(T) = Rhoa + Rhob exp(-(T-T0)/Tau) - [1..1] Temperature
- temperature
- temperature : Default working temperature - [1..1] Temperature
Method Details
no methods
See also
- PropertyJeAnisotropicTExponentialFunction
- PropertyJeAnisotropicTLinearFunction
- PropertyJeInsulator
- PropertyJeLinear
- PropertyJeLinearAnisotropic
- PropertyJeLinearSpatial
- PropertyJeNonlinearSpline
- PropertyJeSuperConductor
- PropertyJeTLinearFunction
- PropertyJeTTableFunction
- PropertyJeUserHysteretic
- PropertyJeUserLinear
- PropertyJeUserNonLinear